CN109381190A - Exercise assist device, electronic watch, exercising support method and recording medium - Google Patents
Exercise assist device, electronic watch, exercising support method and recording medium Download PDFInfo
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- CN109381190A CN109381190A CN201810621955.7A CN201810621955A CN109381190A CN 109381190 A CN109381190 A CN 109381190A CN 201810621955 A CN201810621955 A CN 201810621955A CN 109381190 A CN109381190 A CN 109381190A
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/103—Detecting, measuring or recording devices for testing the shape, pattern, colour, size or movement of the body or parts thereof, for diagnostic purposes
- A61B5/11—Measuring movement of the entire body or parts thereof, e.g. head or hand tremor, mobility of a limb
- A61B5/1118—Determining activity level
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/103—Detecting, measuring or recording devices for testing the shape, pattern, colour, size or movement of the body or parts thereof, for diagnostic purposes
- A61B5/11—Measuring movement of the entire body or parts thereof, e.g. head or hand tremor, mobility of a limb
- A61B5/1126—Measuring movement of the entire body or parts thereof, e.g. head or hand tremor, mobility of a limb using a particular sensing technique
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- A—HUMAN NECESSITIES
- A61—MEDICAL OR VETERINARY SCIENCE; HYGIENE
- A61B—DIAGNOSIS; SURGERY; IDENTIFICATION
- A61B5/00—Measuring for diagnostic purposes; Identification of persons
- A61B5/74—Details of notification to user or communication with user or patient ; user input means
- A61B5/746—Alarms related to a physiological condition, e.g. details of setting alarm thresholds or avoiding false alarms
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Abstract
The present invention provides a kind of exercise assist device, electronic watch, exercising support method and recording medium.Electronic watch (100) has CPU (120), controls the notification to user.CPU (120) obtains the amount of exercise for each dividing the user of the second unit time obtained by scheduled first unit time with predetermined number.Then, CPU (120) determines the pause degree for indicating the degree not moved within the first unit time based on the second target amount of exercise obtained by the scheduled first object amount of exercise that every first unit time should move and the amount of exercise obtained within the second unit time is divided with predetermined number.Then, scheduled threshold value of the CPU (120) based on the pause degree determined and corresponding to first object amount of exercise controls notification.
Description
Technical field
This application involves a kind of exercise assist device, electronic watch, exercising support method and recording mediums.
Background technique
Past, have it is a kind of for prevent user for a long time be in the state being seated, when the pedometer for being worn on user's arm is held
The continuous predetermined time does not detect the technology sounded an alarm when swing arm signal (for example, referring to the patent document special open 2009- of Japan
No. 53911 bulletins).
In pedometer as disclosed in Patent Document 1, if the amount of exercise for being based only upon every specific time determine whether to
Family notification can not be reported in timing appropriate to user sometimes then when amount of exercise has uneven in the time.
Summary of the invention
The object of the present invention is to provide a kind of dress can be assisted in the movement that timing appropriate is moved to user reminding
It sets, electronic watch, exercising support method and recording medium.
The present invention makes to reach above-mentioned purpose, and the exercise assist device of the 1st aspect of the present invention has control unit,
The control unit controls the notification to user, and the control unit executes following processing: obtaining each with predetermined number segmentation scheduled the
The amount of exercise of the user of second unit time obtained by one unit time；Based on predetermined number segmentation each described the
Second target amount of exercise obtained by the scheduled first object amount of exercise that should be moved in one unit time and in second unit
The amount of exercise obtained in time determines the pause degree for indicating the degree not moved within first unit time；And
Scheduled threshold value based on the pause degree determined and corresponding to the first object amount of exercise controls the notification.
Detailed description of the invention
Fig. 1 is the block diagram for showing the structural example of electronic watch of embodiment.
(a) of Fig. 2~(q) is the figure for showing the time-shift of pause degree.
(a) of Fig. 3~(c) is for illustrating to show image in display unit come the figure for the example reported.
Fig. 4 is the flow chart of notification control processing performed by the CPU of the electronic watch of embodiment.
Fig. 5 is the flow chart of notification control processing performed by the CPU of the electronic watch of embodiment.
Symbol description
100: electronic watch, 101: microcomputer, 102:ROM, 103: communication unit, 104: antenna, 105: power feeding section,
106: display unit, 107: display driver, 108: voice output portion, 109: operation receiving portion, 110: oscillator, 111: acceleration passes
Sensor, 112: inclination sensor, 120:CPU, 121:RAM, 122: oscillating circuit, 123: frequency dividing circuit, 124: timing circuit,
125: program, 131: amount of exercise acquisition unit, 132: pause degree determination section, 133: notification control unit.
Specific embodiment
Preferred embodiment is illustrated below based on attached drawing.
Fig. 1 is the block diagram for showing the structural example of electronic watch 100 of present embodiment.Electronic watch 100 is in addition to current time
Outside the function of timing, it is also equipped with function (hereinafter referred to as " the step number prompting function carried out for the notification to user reminding walking
Can ").
Firstly, being illustrated to the hardware configuration of the electronic watch 100 of embodiment.As shown in Figure 1, electronic watch 100 has
Microcomputer 101, ROM (Read Only Memory, read-only memory) 102, communication unit 103, antenna 104, power supply
Portion 105, display unit 106, display driver 107, voice output portion 108, operation receiving portion 109, oscillator 110, acceleration sensing
Device 111 and inclination sensor 112.
Microcomputer 101 is an example of exercise assist device, has the CPU (Central as control unit
Processing Unit, central processing unit) 120, as the RAM of storage unit, (Random Access Memory, is deposited at random
Access to memory) 121, oscillating circuit 122, frequency dividing circuit 123 and timing circuit 124.In addition, RAM121, oscillating circuit 122,
Frequency dividing circuit 123 and timing circuit 124 are not limited to be set to the inside of microcomputer 101, also can be set in microcomputer
The outside of calculation machine 101.In addition, ROM102, communication unit 103, power feeding section 105, display driver 107, voice output portion 108
And oscillator 110 is not limited to be set to the outside of microcomputer 101, also can be set in the inside of microcomputer 101.
CPU120 is to carry out various calculation process, and the processor of the molar behavior of centralized control electronic watch 100.CPU120
From ROM102 read control program, and be loaded onto RAM121 come carry out the moment display or the relevant operation control of various functions or
The various movement processing such as display.
RAM121 is SRAM (Static Random Access Memory, static random access memory) or DRAM
Volatile memory such as (Dynamic Random Access Memory, dynamic random access memory), to CPU120
The storage space for operation is provided while storing ephemeral data, to store various setting data.
Oscillating circuit 122 generates scheduled frequency signal (clock signal) by making the oscillation of oscillator 110 and exports.As
The oscillating circuit 122, for example, by using crystal oscillator.
Frequency dividing circuit 123 by the frequency signal inputted from oscillating circuit 122 divide by timing circuit 124 or CPU120 benefit
The signal of frequency and output.The frequency of the output signal can also be changed based on the setting carried out by CPU120.
Timing circuit 124 is counted by the input number to the scheduled timing signal inputted from frequency dividing circuit 123
And it adds to initial value and comes to current time timing.Timing circuit 124 can also be stored in the software structure of the value of RAM121 by change
At alternatively, can also be made of dedicated counter circuit.It is can be at the time of 124 timing of timing circuit from scheduled fixed
When from accumulated time, UTC (Coordinated Universal Time, Coordinated Universal Time(UTC)) or preset it is local when etc.
Any of.In addition, without that must be kept in the form of date Hour Minute Second at the time of 124 timing of timing circuit.
Timing unit is constituted by these oscillating circuits 122, frequency dividing circuit 123 and timing circuit 124.
ROM102 is mask model ROM or the nonvolatile memory that can be rewritten etc., is stored with control program or initially sets
Fixed number evidence.Control in program includes that the control of aftermentioned notification handles relevant program 125.
Communication unit 103 for example by wireless frequency (RF:Radio Frequency, radio frequency) circuit or base band (BB:
Baseband) circuit, memory circuit are constituted.Communication unit 103 via the received wireless signal of antenna 104 to being demodulated, solved
Codes etc. are simultaneously sent to CPU120.In addition, communication unit 103 encodes the signal sent from CPU120, is modulated, and via day
Line 104 is sent to outside.Communication unit 103 for example based on bluetooth (Bluetooth, registered trademark) low-power consumption (low energy, with
Call BLE in the following text) it is carried out wireless communication with other wireless communication devices.So-called BLE is known as bluetooth (Bluetooth, registrar
Mark) near field communication standard in the standard (mode) formulated for the purpose of low power consumption.
Power feeding section 105 has battery, by the relevant electric power of the movement of electronic watch 100 to each portion with its operating voltage into
Row supply.In the present embodiment, as the battery of power feeding section 105 using secondary cells such as lithium ion batteries.
Display unit 106 for example has liquid crystal display (LCD:Liquid Crystal Display) or organic EL
The display picture of (Electroluminescence, electroluminescent) display etc..Display driver 107 is based on coming from CPU120
Control signal correspond to the output of display 106 display picture classification driving signal, carry out aobvious on display picture
Show.
Voice output portion 108 for example has loudspeaker or amplifier, exports voice based on the control signal from CPU120.
Operation receiving portion 109 for example has keys or buttons, receives input operation from the user, and will correspond to should
The electric signal of input operation is exported as input signal to CPU120.In addition, for example as operation receiving portion 109, it can also be
Touch sensor has been overlapped on the display picture of display unit 106, and together constitutes with touch panel with display picture.This
In the case of, touch sensor is detected to the relevant contact position of contact action of the user of the touch sensor or the way of contact,
And correspond to the operation signal of detected contact position or the way of contact to CPU120 output.
Acceleration transducer 111 has a 3-axis acceleration sensor, detects the acceleration of three axis directions, and to CPU120
Output corresponds to the electric signal of detected acceleration.
Inclination sensor 112 detects the inclination of electronic watch 100, and corresponds to CPU120 output detected inclined
Electric signal.Such as inclination sensor 112 has switch, the switch is when electronic watch 100 tilts in such a way that side when making 12 is directed downwardly
It connects, and exports the electric signal for indicating the on/off of switch to CPU120.
Next, being illustrated to the functional structure of the CPU120 of the electronic watch 100 of embodiment.CPU120 is as movement
Amount acquisition unit 131, pause degree determination section 132 and notification control unit 133 function.These amount of exercise acquisition units 131 are paused
Degree determination section 132 and report control unit 133 function can both be realized by single CPU, can also be respectively by independent CPU
It realizes.In addition, these functions can also be realized by the processor other than the microcomputers such as the CPU of communication unit 103 101.
CPU120 as amount of exercise acquisition unit 131 obtains each divide scheduled first unit time with predetermined number the
The amount of exercise of the user of two unit time.First unit time be as determine whether benchmark when being moved to user reminding when
Between, e.g. 1 hour.Second unit time was the time as benchmark when determining that aftermentioned pause is spent, in the first unit
Between for 1 hour, in the case that predetermined number is 6, the second unit time was 10 minutes.The amount of exercise of user indicates that user moves
Amount, indicated with units such as step number, kilocalories.In the following, being illustrated to the example for the amount of exercise for indicating user with step number.
Specifically, the CPU120 as amount of exercise acquisition unit 131 is sentenced based on the electric signal for carrying out acceleration sensor 111
Whether fixed is state of the user in walking.For example, signal waveform of the CPU120 to the acceleration of pre-stored ambulatory status
It is compared with the waveform for the electric signal for carrying out acceleration sensor 111, if matching, is judged to being ambulatory status, and to step
Number carries out add operation.CPU120 is counted to the step number of every second unit time, and is recorded in RAM121 etc..In addition,
In the case where being judged to not being ambulatory status, CPU120 determines that electronic watch 100 is based on the electric signal from inclination sensor 112
The no arm for being worn on user.For example, in the case where receiving the electric signal for indicating to connect from inclination sensor 112, i.e., in electricity
In a manner of side when 12 of sublist 100 is directed downwardly in inclined situation, CPU120 is determined as that electronic watch 100 is worn on the arm of user.
On the other hand, in the case where receiving the electric signal for indicating to disconnect from inclination sensor 112, CPU120 is determined as electronic watch 100
It is not worn on the arm of user.In addition, being determined as that 100 predetermined hold-time of electronic watch (for example, 3 minutes) or more be not worn on
In the case where the arm of user, acceleration transducer 111 is transferred to suspend mode by CPU120.
As pause degree determination section 132 CPU120 based on divided with predetermined number should be moved in every first unit time it is pre-
Second target amount of exercise and the amount of exercise obtained within the second unit time obtained by fixed first object amount of exercise determine to indicate
The pause degree for the degree not moved within the first unit time.Specifically, for example, if the first unit time was 1 hour, the
One target amount of exercise is 300 steps, if the second unit time was 10 minutes (that is, predetermined number is 6), the second target amount of exercise is 50
Step.In addition, pause degree for example with 0~6 integer representation.CPU120 is to the step number obtained within the second unit time and the second mesh
Mark amount of exercise is compared, and in the case that the step number obtained within the second unit time is less than the second target amount of exercise, increase is worked as
Preceding pause degree.In addition, in the case that the step number obtained within the second unit time is the second target amount of exercise or more, CPU120
Maintain current pause degree.Further, the step number obtained within the second unit time is pre- greater than the second target amount of exercise
In the case where more than fixed third target amount of exercise, CPU120 reduces current pause degree.In addition, being obtained within the second unit time
In the case that the step number taken is first object amount of exercise or more, CPU120, which resets current pause degree, (to be restored to initial value
0)。
In the following, being carried out to an example of the determining method of the pause degree by the CPU120 progress as pause degree determination section 132
Explanation.In the following examples, it is assumed that presetting, first object amount of exercise is 300 steps, the second moving target amount is 50 steps, third
Target amount of exercise is 100,150,200,250 steps.
CPU120 is carried out the following processing:
(1) in the case that the step number obtained in 10 minutes as the second unit time is less than 50 step, pause degree is added
1。
(2) it in the case that the step number obtained in 10 minutes as the second unit time is 50~99 step, maintains to pause
Degree.
(3) in the case that the step number obtained in 10 minutes as the second unit time is 100~149 step, from pause
Degree subtracts 1.
(4) in the case that the step number obtained in 10 minutes as the second unit time is 150~199 step, from pause
Degree subtracts 2.
(5) in the case that the step number obtained in 10 minutes as the second unit time is 200~249 step, from pause
Degree subtracts 3.
(6) in the case that the step number obtained in 10 minutes as the second unit time is 250~299 step, from pause
Degree subtracts 4.
(7) in the case that the step number obtained in 10 minutes as the second unit time is 300 steps or more, by degree of pause
It resets.
CPU120 every second unit time changes current pause degree according to the above rule, thus determines pause degree.
The variation of specific pause degree in above-mentioned determining method is illustrated.(a) of Fig. 2~(q) is shown with 0
The histogram of the time-shift of the pause degree of~6 integer representation.Firstly, using (a)~(g) of Fig. 2 to not having regularly
Less than the second aim parameter walking when the time-shift of pause degree be illustrated.
As shown in (a) of Fig. 2, in the initial state, pause degree is 0.Later, passing through the second unit time i.e. 10 point
Clock, and in the case that the step number obtained in this 10 minutes is less than 50 step, CPU120 is by the pause degree 0 to initial value plus 1, such as
Pause degree is changed to 1 shown in (b) of Fig. 2.Further across 10 minutes, and in feelings of the step number of the interior acquisition in 10 less than 50 steps
Under condition, CPU120 is by being changed to 2 for pause degree as shown in (c) of Fig. 2 to current pause degree 1 plus 1.In this way, at every 10 points
Clock, in the case that the step number obtained in this 10 minutes is less than 50 step, by adding 1 to current pause degree by CPU120, such as Fig. 2
(d)~(g) shown in, gradually increase by 1 within pause degree every 10 minutes.Then, the original state shown in (a) from Fig. 2 is by making
When being 1 hour of the first unit time, as shown in (g) of Fig. 2, if pause degree becomes 6, CPU120 and is determined as that degree of pause becomes
It more than aftermentioned scheduled threshold value, and is reported to user.
Next, using Fig. 2 (h)~(q) to the pause degree in the case where the walking for having the second aim parameter or more when
Between migrate and be illustrated.Firstly, in the initial state, pause degree is 0 as shown in (h) of Fig. 2.Later, by being used as second
10 minutes of unit time, and in the case that the step number obtained in this 10 minutes is less than 50 step, CPU120 passes through to initial value
Pause degree 0 plus 1, pause degree is changed to 1 as shown in (i) of Fig. 2.Passing through 10 minutes again, the step obtained in this 10 minutes
In the case that number is less than 50 steps, CPU120 is by being changed to 2 for pause degree as shown in (j) of Fig. 2 to current pause degree 1 plus 1.
Again pass through 10 minutes, and the step number obtained in this 10 minutes be 50 steps~99 step in the case where, (k) of CPU120 such as Fig. 2
It is shown to maintain pause degree 2 in the same old way.Passing through 10 minutes again again, and the case where the step number obtained in this 10 minutes is less than 50 step
Under, CPU120 is by being changed to 3 for pause degree as shown in (l) of Fig. 2 to current pause degree 2 plus 1.Passing through 10 points again again
Clock, and the step number obtained in this 10 minutes be 100~149 step in the case where, CPU120 by subtracting 1 from current pause degree 3,
Pause degree is changed to 2 as shown in (m) of Fig. 2.Passing through 10 minutes again again, and the step number obtained in this 10 minutes is less than 50
In the case where step, CPU120 is by being changed to 3 for pause degree as shown in (n) of Fig. 2 to current pause degree 2 plus 1.Later, 10
Minute in obtain step number less than 50 steps in the case where, by adding 1 to current pause degree by CPU120, as Fig. 2 (o)~
(q) shown in, every 10 minutes pause degree gradually increase by 1.Then, shown in (q) of Fig. 2, if pause degree determines as 6, CPU120
Become aftermentioned scheduled threshold value or more for pause degree, and is reported to user.
In addition, acceleration transducer 111 be suspend mode in the case where, CPU120 from being transferred to suspend mode by
Pause degree is kept before predetermined time (such as 1 hour).Then, after 1 hour, CPU120 will pause from suspend mode
Degree is reset.This is because, it is therefore an objective to the activity of people is detected, rather than detects the activity of electronic watch 100.From being transferred to suspend mode
Extremely using the predetermined time that pause degree is reset as the time for becoming the benchmark that the case where temporarily taking electronic watch 100 with user is distinguished
It is preset.That is, in suspend mode, a possibility that electronic watch 100 is in the state for the arm for not being worn on user, is higher.
In the state that electronic watch 100 is not worn on the arm of user, electronic watch 100 can not determine the movement of user, thus keep stopping
Pause degree, until breaking dormancy mode.Also, in the case where relieving suspend mode within from being transferred to suspend mode 1 hour,
CPU120 is determined as that user has worn electronic watch 100 again, and restarts the ambulatory status of user by acceleration transducer 111
Judgement.In addition, breaking dormancy non-from being transferred to suspend mode schematically have passed through 1 it is small in the case of, CPU120 determine
It is not temporarily but for a long time non-carrying electronic table 100 for user, and pause degree is reset.In addition, being existed by CPU120
Pause degree is reset after 1 hour from being transferred to suspend mode, can prevent pause every morning degree since halfway.
CPU120 as notification control unit 133 is based on the pause degree determined and corresponding to the pre- of first object amount of exercise
Fixed threshold value is reported to control.For example, being preset with pause degree as the scheduled threshold value for corresponding to first object amount of exercise
Upper limit value 6 in the case where, when the pause degree determined is scheduled threshold value 6 corresponding to first object amount of exercise, notification
Control unit 133 is determined as it being the timing reported, and by making voice output portion 108 export scheduled voice, and makes to show
Portion 106 shows scheduled image to execute notification.
An example of notification by carrying out as the CPU120 of notification control unit 133 is shown in (a)~(c) of Fig. 3.Fig. 3
(a) be show without notification in the state of electronic watch 100 display unit 106 picture figure.Shown in (a) of Fig. 3
In the state of, the image I1 for indicating month, date and week like that just like " 6/30, Sunday " is shown in display unit 106.Fig. 3
(b) to be CPU120 pass through display " step number！！" image I2 and make circular mark icon image I3 flash to execute notification
State figure.In addition, in this state, CPU120 is output by voice portion's export scheduled time (for example, 0.5~1 second left side
It is right) alarm.(c) of Fig. 3 is the aobvious of the electronic watch 100 in the state of showing from the state of Fig. 3 (b) after the predetermined time
Show the figure of the picture in portion 106.In the state that (c) of Fig. 3 is shown, original image I1, but icon figure are back to from image I2
As I3 persistently flashes.While prompting the user with the information in such as month and date or week as a result, step number is reported not to user
The fact that reach first object amount.
Fig. 4 and Fig. 5 is the flow chart for showing an example of notification control processing of the electronic watch 100 in present embodiment.Electricity
The CPU120 of sublist 100 for example open step number prompting function for opportunity, starts shown in Fig. 4 and Fig. 5
Notification control processing.In addition, in flow chart below, if the first unit time was 1 hour, the second unit time was 10 points
Clock, first object amount of exercise are 300 steps, the second target amount of exercise is 50 steps to be illustrated.
Firstly, CPU120 determines whether step number prompting function opens (step S101).CPU120 is being determined as step number prompting
Function is not opened, i.e., in the case where the closing of step number prompting function (step S101: "No"), pause degree is reset (step S102),
And terminate present treatment.
In the case where being determined as that step number prompting function is opened (step S101: "Yes"), CPU120 determines whether from acceleration
Spend 111 output error (step S103) of sensor.(the step in the case where being judged to outputing mistake from acceleration transducer 111
Rapid S103: "Yes"), CPU120 executes the suspend mode for making acceleration transducer 111 be in suspend mode and is transferred to processing (step S104).
Then, CPU120 enters step the processing of S107.
CPU120 determines whether acceleration transducer 111 is suspend mode (step S105).It is being determined as acceleration sensing
Device 111 is not in the case where suspend mode (step S105: "No"), and CPU120 enters step the processing of S109.In addition, determining
It is (step S105: "Yes") in the case where suspend mode for acceleration transducer 111, CPU120 determines whether to receive electronic watch
The operation (step S106) of the breaking dormancies modes such as 100 operations of any key having.Stop being judged to not receiving releasing
In the case where the operation of dormancy state (step S106: "No"), CPU120 determines whether that acceleration sensor 111 becomes suspend mode mould
Formula, which rises, have passed through 1 hour or more (step S107).It has passed through 1 being determined as that acceleration sensor 111 rises as suspend mode
Hour or more in the case where (step S107: "Yes"), pause degree resets (step S102), and terminates present treatment by CPU120.Separately
Outside, be determined as acceleration sensor 111 become suspend mode rise without 1 hour or more in the case where (step S107:
"No"), CPU120 is back to the processing of step S103.
In the case where being judged to receiving the operation of breaking dormancy mode (step S106: "Yes"), CPU120 executes solution
Except the processing (step S108) of suspend mode.Then, CPU120 is executed based on the output signal for carrying out acceleration sensor 111
Determine the walking determination processing (step S109) of ambulatory status.
Through walking determination processing, CPU120 determines whether user is ambulatory status (step S110).It is being determined as user not
It is (step S110: "No") in the case where ambulatory status, CPU120 determines not pressing the state of the key of electronic watch 100 or incline
Whether the state that oblique sensor 112 is not opened continue for 3 minutes (step S111).Had being judged to not carrying out electronic watch 100
The shape that the state or inclination sensor 112 of the operation of standby any key are not opened continue 3 minutes in the case where (step S111:
"Yes"), CPU120 enters step the processing of S107.In addition, in the state or inclination sensor of not pressing the key of electronic watch 100
In the case that 112 states that do not open do not continue 3 minutes (step S111: "No"), CPU120 enters step the processing of S113.
In the case where being determined as that user is ambulatory status (step S110: "Yes"), CPU120 is executed by current
The step number of first unit time adds 1 step to measure the walking addition process (step S112) of accumulation step number.
Then, whether CPU120 determines whether the timing for determining pause degree, i.e., be to terminate the second current unit time
Timing (step S113).In the case where being determined as is not to determine the timing of pause degree (step S113: "No"), CPU120 is returned
It is back to the processing of step S101.In addition, in the case where being determined as is to determine the timing of pause degree (step S113: "Yes"),
CPU120 enters the processing of the step S114 of Fig. 5.
Whether CPU120 determines the accumulation step number in nearest 10 minutes less than 50 steps (step S114).It is being determined as recently
10 minutes in accumulation step number less than 50 steps in the case where (step S114: "Yes"), CPU120 adds 1 (step to pause degree
S115), and S126 is entered step.
In the case where the accumulation step number being determined as in nearest 10 minutes is not less than 50 step (step S114: "No"),
Whether CPU120 determines the accumulation step number in nearest 10 minutes less than 100 steps (step S116).It is being determined as nearest 10 points
Accumulation step number in clock less than 100 steps in the case where (step S116: "Yes"), CPU120 enters step with maintaining current pause degree
Rapid S126.
In the case where the accumulation step number being determined as in nearest 10 minutes is not less than 100 step (step S116: "No"),
Whether CPU120 determines the accumulation step number in nearest 10 minutes less than 150 steps (step S117).It is being determined as nearest 10 points
Accumulation step number in clock less than 150 steps in the case where (step S117: "Yes"), CPU120 subtracts 1 (step S118) from pause degree, and
Enter step S126.
In the case where the accumulation step number being determined as in nearest 10 minutes is not less than 150 step (step S117: "No"),
Whether CPU120 determines the accumulation step number in nearest 10 minutes less than 200 steps (step S119).It is being determined as nearest 10 points
Accumulation step number in clock less than 200 steps in the case where (step S119: "Yes"), CPU120 subtracts 2 (step S120) from pause degree, and
Enter step S126.
In the case where the accumulation step number being determined as in nearest 10 minutes is not less than 200 step (step S119: "No"),
Whether CPU120 determines the accumulation step number in nearest 10 minutes less than 250 steps (step S121).It is being determined as nearest 10 points
Accumulation step number in clock less than 250 steps in the case where (step S121: "Yes"), CPU120 subtracts 3 (step S122) from pause degree, and
Enter step S126.
In the case where the accumulation step number being determined as in nearest 10 minutes is not less than 250 step (step S121: "No"),
Whether CPU120 determines the accumulation step number in nearest 10 minutes less than 300 steps (step S123).It is being determined as nearest 10 points
Accumulation step number in clock less than 300 steps in the case where (step S123: "Yes"), CPU120 subtracts 4 (step S124) from pause degree, and
Enter step S126.
In the case where the accumulation step number being determined as in nearest 10 minutes is not less than 300 step (step S123: "No"),
Current pause degree is reset (step S125) by CPU120.
Then, CPU120 determines whether nearest 1 hour accumulation step number is 300 steps or more (step S126).It is being determined as
Nearest 1 hour accumulation step number is not in the case where 300 steps or more (step S126: "No"), and CPU120 enters step S130's
Processing.
Be determined as nearest 1 hour accumulation step number be 300 steps more than in the case where (step S126: "Yes"), CPU120
Current pause degree is reset into (step S127).Then, CPU120 determines whether to carry out in the picture of current display unit 106
Notification, such as whether icon image I3 shown in (c) of Fig. 3 is at flashing (step S128).It is being determined as being just in current picture
In reported in the case where (step S128: "Yes"), CPU120 releases the notification (step S129) of picture, and enters step
The processing of S130.
In the case where being determined as is not just to be reported in current picture (step S128: "No"), CPU120 determines
Whether current pause degree is 6 (step S130).In the case where being determined as that current pause degree is not 6 (step S130:
"No"), CPU120 is back to the processing of the step S101 of Fig. 2.
In the case where being determined as that current pause degree is 6 (step S130: "Yes"), CPU120 is output by voice portion
108 and display unit 106 carry out based on voice and the notification of display processing (step S131).Then, CPU120 is by current pause
Degree resets (step S132), and is back to the processing of the step S101 of Fig. 4.
CPU120 for example repeats the above processing, until step number prompting function is closed.
As described above, the CPU120 of the electronic watch 100 of present embodiment is obtained each with predetermined number segmentation scheduled first
The amount of exercise of the user of the second unit time of unit time, and be based on to move with predetermined number segmentation each first unit time
Scheduled first object amount of exercise obtained by the second target amount of exercise and the amount of exercise obtained within the second unit time determine
Indicate the pause degree for the degree not moved within the first unit time.Then, CPU120 is based on the pause degree determined and correspondence
It is reported in the scheduled threshold value of first object amount of exercise to control.Therefore, because the second of each shorter than the first unit time
Unit time determines the amount of exercise of user, thus compared with each first unit time determine, it can determine in more appropriate
When to user report.
In addition, in the case that the amount of exercise obtained within the second unit time is less than the second target amount of exercise, this embodiment party
The CPU120 of the electronic watch 100 of formula increases pause degree, and when pause degree is threshold value or more, CPU120 executes notification.To the
The time that the amount of exercise that two unit time obtained does not meet the second target amount of exercise is longer, and CPU120 more increases pause degree, can
It is reported in the timing that pause degree becomes threshold value or more to user.
In addition, in the case that the amount of exercise obtained within the second unit time is the second target amount of exercise or more, this implementation
The CPU120 of the electronic watch 100 of mode maintains pause degree.To perform aim parameter or more within the second unit time in user
Movement in the case where, CPU120 maintains pause degree, and can be adjusted by postponing the timing reported to user.
In addition, the amount of exercise obtained within the second unit time is the scheduled third target greater than the second target amount of exercise
In the case where more than amount of exercise, the CPU120 of the electronic watch 100 of present embodiment reduces pause degree.To in user second
In the case where performing the movement greater than the amount of exercise of aim parameter in unit time, CPU120 can be by reducing pause degree into one
Step postpones the timing reported to user to be adjusted.
In addition, the accumulated value of the amount of exercise obtained within the first unit time is the situation of first object amount of exercise or more
Under, the CPU120 of the electronic watch 100 of present embodiment restores pause degree to initial value.As a result, in user in the first unit
It, can be by the way that pause degree be reset and restarts to pause in the case where the interior movement for performing first object amount of exercise or more
The counting of degree reports in timing appropriate to user.
In addition, the CPU120 of the electronic watch 100 of present embodiment is also equipped with the voice output portion 108 of output voice,
CPU120 executes notification by making voice output portion 108 export scheduled voice.Therefore, it is able to carry out through voice to user
Remind the notification of movement.
In addition, the CPU120 of the electronic watch 100 of present embodiment is also equipped with the display unit 106 of display image, CPU120 is logical
Crossing makes display unit 106 show scheduled image to execute notification.Therefore, it is able to carry out the report moved by image to user reminding
Know.
Additionally, this invention is not limited to above embodiment, it is possible to implement various changes.
For example, in the above-described embodiment, being said by voice and image to the example that user reports to CPU120
It is bright.But the report method to user is without being limited thereto.For example, CPU120 can also in voice or image it is any come into
Row notification.In addition, CPU120 can also be lighted by vibration or LED (Light Emitting Diode, light emitting diode)
Or it flashes and is reported to user.
In addition, for example, in the above-described embodiment, being shown in display unit 106 to CPU120 such as (b) of Fig. 3 and Fig. 3
(c) example of image I2 and icon image I3 shown in are illustrated.CPU120 can also also display stops in display unit 106
Pause degree.For example, CPU120 can also show pause degree in a manner of shown in (a) of Fig. 2~(q) in display unit 106.As a result,
User can easily identify currently relative to first object amount of exercise in which kind of degree exercise lack.
In addition, for example, in the above-described embodiment, being determined based on the electric signal from inclination sensor 112 CPU120
Explanation that whether electronic watch 100 has been worn on the example of the arm of user just.But whether electronic watch 100 is worn on the hand of user
The determination method of arm is without being limited thereto.For example, CPU120 can also be based on the electrical signal detection electronics for carrying out acceleration sensor 111
The inclination of table 100, and it is being determined as that the side by 12 when of electronic watch 100 in inclined situation, is determined as electronic watch 100 in a manner of directed downwardly
It is worn on the arm of user.
In addition, in the above-described embodiment, the example of the various control actions of notification control processing etc. is carried out to CPU120
It is illustrated.But control action is not limited to the software control carried out by CPU.Also it can use dedicated logic circuit
Equal hardware configurations carry out some or all of control action.
In addition, in the above description, handling related program and notification control as data communication of the invention is stored
The medium that the computer of program involved in handling can be read, with what is be made of nonvolatile memories such as flash memories
It is illustrated for ROM102.But the medium that computer can be read is without being limited thereto, and HDD (Hard can also be applied
Disk Drive), CD-ROM (Compact Disc Read Only Memory) or DVD (Digital Versatile
The portable recording mediums such as Disc).In addition, the medium as the data for providing program of the invention via communication line, carrier wave
It is also applied for the present invention.
It in addition to this, without departing from the spirit and scope of the invention can be to structure shown in above embodiment, control
The detail of step processed or display example etc. is appropriately carried out change.
Although several embodiments of the invention are illustrated, the scope of the present invention is not limited to above-mentioned embodiment party
Formula, but the range and its equivalency range for the invention recorded in the range including requesting patent protection.In the following, additional record initially
Invest the invention recorded in the range of the request patent protection of the application documents of the application.The additional number recorded is as initially attached
In the range of the request patent protection of the application documents of the application.
(note 1)
A kind of exercise assist device, which is characterized in that the exercise assist device has the control of notification of the control to user
Portion processed,
The control unit holds following processing:
Acquisition divides the user's of the second unit time obtained by scheduled first unit time each with predetermined number
Amount of exercise；
It is moved based on the scheduled first object that should be moved in each first unit time is divided with the predetermined number
Second target amount of exercise and the amount of exercise obtained within second unit time obtained by amount determine to indicate described the
The pause degree for the degree not moved in one unit time；And
Described in scheduled threshold value control based on the pause degree determined and corresponding to the first object amount of exercise
Notification.
(note 2)
According to exercise assist device described in note 1, which is characterized in that
Following processing is executed according to the control unit:
In the case that the amount of exercise obtained within second unit time is less than the second target amount of exercise, increase
Add the pause degree；And
When the pause degree is the threshold value or more, the notification is executed.
(note 3)
According to exercise assist device described in note 2, which is characterized in that
In the case that the amount of exercise obtained within second unit time is the second target amount of exercise or more,
The control unit maintains the pause degree.
(note 4)
According to exercise assist device described in note 2 or 3, which is characterized in that
The amount of exercise obtained within second unit time is scheduled greater than the second target amount of exercise
In the case where more than third target amount of exercise, the control unit reduces the pause degree.
(note 5)
The exercise assist device according to any one of note 2 to 4, which is characterized in that
The accumulated value of the amount of exercise obtained within first unit time is the first object amount of exercise or more
In the case where, the pause degree is reverted to initial value by the control unit.
(note 6)
The exercise assist device according to any one of note 1 to 5, which is characterized in that
The exercise assist device is also equipped with the voice output portion of output voice,
The control unit executes the notification by making the voice output portion export scheduled voice.
(note 7)
The exercise assist device according to any one of note 1 to 6, which is characterized in that
The exercise assist device is also equipped with the display unit of display image,
The control unit executes the notification by making the display unit show scheduled image.
(note 8)
A kind of electronic watch, which is characterized in that have:
Exercise assist device described in any one of note 1 to 7；
Timing unit, to current time timing；And
Moment display unit shows the current time by the timing unit timing.
(note 9)
Exercising support method performed by a kind of exercise assist device, which is characterized in that have:
Amount of exercise obtaining step, when obtaining each with the second unit obtained by predetermined number segmentation scheduled first unit time
Between user amount of exercise；
Pause degree deciding step, based on divided with the predetermined number should be moved in each first unit time it is predetermined
First object amount of exercise obtained by the second target amount of exercise and the amount of exercise obtained within second unit time, certainly
The pause degree for the degree not moved within first unit time is indicated calmly；And
Rate-determining steps are reported, based on the pause degree determined and corresponding to the scheduled of the first object amount of exercise
Threshold value, control representation do not reach the notification to the user of the meaning of the first object amount of exercise.
(note 10)
A kind of recording medium records the program for having computer that can read, which is characterized in that
Described program makes computer function as the following unit:
Amount of exercise acquiring unit obtains and each divides the second unit obtained by scheduled first unit time with predetermined number
The amount of exercise of the user of time；
Pause degree determining means, based on divided with the predetermined number should be moved in each first unit time it is pre-
Second target amount of exercise and the amount of exercise obtained within second unit time obtained by fixed first object amount of exercise,
Determine the pause degree for the degree that expression does not move within first unit time；And
Control unit is reported, based on the pause degree determined and corresponding to the predetermined of the first object amount of exercise
Threshold value, control representation do not reach the notification to the user of the meaning of the first object amount of exercise.
Claims (10)
1. a kind of exercise assist device, which is characterized in that
The exercise assist device has the control unit of notification of the control to user,
The control unit executes following processing:
Obtain the movement for each dividing the user of the second unit time obtained by scheduled first unit time with predetermined number
Amount；
Based on dividing the scheduled first object amount of exercise that should be moved in each first unit time with the predetermined number and
The the second target amount of exercise obtained and the amount of exercise obtained within second unit time determine to indicate single described first
The pause degree for the degree not moved in the time of position；And
Scheduled threshold value based on the pause degree determined and corresponding to the first object amount of exercise controls the notification.
2. exercise assist device according to claim 1, which is characterized in that
The control unit executes following processing:
In the case that the amount of exercise obtained within second unit time is less than the second target amount of exercise, increase institute
State pause degree；And
When the pause degree is the threshold value or more, the notification is executed.
3. exercise assist device according to claim 2, which is characterized in that
It is described in the case that the amount of exercise obtained within second unit time is the second target amount of exercise or more
Control unit maintains the pause degree.
4. exercise assist device according to claim 2, which is characterized in that
The amount of exercise obtained within second unit time is the scheduled third greater than the second target amount of exercise
In the case where more than target amount of exercise, the control unit reduces the pause degree.
5. exercise assist device according to claim 2, which is characterized in that
The accumulated value of the amount of exercise obtained within first unit time is the feelings of the first object amount of exercise or more
Under condition, the pause degree is reverted to initial value by the control unit.
6. exercise assist device according to claim 1, which is characterized in that
The exercise assist device is also equipped with the voice output portion of output voice,
The control unit executes the notification by making the voice output portion export scheduled voice.
7. exercise assist device according to claim 1, which is characterized in that
The exercise assist device is also equipped with the display unit of display image,
The control unit executes the notification by making the display unit show scheduled image.
8. a kind of electronic watch, which is characterized in that have:
Exercise assist device described in any one of claims 1 to 7；
Timing unit, to current time timing；And
Moment display unit shows the current time by the timing unit timing.
9. exercising support method performed by a kind of exercise assist device, which is characterized in that have:
Amount of exercise obtaining step, acquisition each divide the second unit time obtained by scheduled first unit time with predetermined number
The amount of exercise of user；
Pause degree deciding step, based on dividing should move in each first unit time scheduled with the predetermined number
Second target amount of exercise and the amount of exercise obtained within second unit time obtained by one target amount of exercise, decision table
Show the pause degree for the degree not moved within first unit time；And
Rate-determining steps are reported, based on the pause degree determined and corresponding to the scheduled threshold of the first object amount of exercise
Value, control representation do not reach the notification to the user of the meaning of the first object amount of exercise.
10. a kind of recording medium records the program for having computer that can read, which is characterized in that
Described program makes computer function as the following unit:
Amount of exercise acquiring unit obtains and each divides the second unit time obtained by scheduled first unit time with predetermined number
User amount of exercise；
Pause degree determining means, based on divided with the predetermined number should be moved in each first unit time it is scheduled
Second target amount of exercise and the amount of exercise obtained within second unit time obtained by first object amount of exercise determine
Indicate the pause degree for the degree not moved within first unit time；And
Control unit is reported, based on the pause degree determined and corresponding to the scheduled threshold of the first object amount of exercise
Value, control representation do not reach the notification to the user of the meaning of the first object amount of exercise.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2017-153658 | 2017-08-08 | ||
| JP2017153658A JP6972751B2 (en) | 2017-08-08 | 2017-08-08 | Exercise support device, electronic clock, exercise support method, and program |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN109381190A true CN109381190A (en) | 2019-02-26 |
| CN109381190B CN109381190B (en) | 2021-10-01 |
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ID=65417477
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201810621955.7A Active CN109381190B (en) | 2017-08-08 | 2018-06-15 | Exercise assisting device, electronic timepiece, exercise assisting method, and recording medium |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP6972751B2 (en) |
| CN (1) | CN109381190B (en) |
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Also Published As
| Publication number | Publication date |
|---|---|
| JP2019030552A (en) | 2019-02-28 |
| CN109381190B (en) | 2021-10-01 |
| JP6972751B2 (en) | 2021-11-24 |
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