CN107121920A - A kind of clock display method and intelligent watch - Google Patents
A kind of clock display method and intelligent watch Download PDFInfo
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- CN107121920A CN107121920A CN201710353491.1A CN201710353491A CN107121920A CN 107121920 A CN107121920 A CN 107121920A CN 201710353491 A CN201710353491 A CN 201710353491A CN 107121920 A CN107121920 A CN 107121920A
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- G—PHYSICS
- G04—HOROLOGY
- G04G—ELECTRONIC TIME-PIECES
- G04G19/00—Electric power supply circuits specially adapted for use in electronic time-pieces
- G04G19/12—Arrangements for reducing power consumption during storage
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Abstract
This application discloses a kind of clock display method and intelligent watch, it is related to technical field of information display, methods described includes：After intelligent watch opens the normal bright function of clock, if not receiving operational order in scheduled duration, triggering system is applied and peripheral module enters resting state and obtains the dormancy moment；According to the dormancy moment, clock patterns are described on the display of the intelligent watch；It is spaced, the clock patterns described on the display is updated, to show real-time time to schedule.The program can solve to keep when clock is often bright system complete machine power consumption being caused more at present in intelligent watch, and then the problem of the endurance of influence intelligent watch.
Description
Technical field
The application is related to technical field of information display, more particularly to a kind of clock display method and intelligent watch.
Background technology
As the development of embedded device hardware is more and more ripe, from Intelligent bracelet to intelligent watch, then to can make a phone call
The terminal device such as intelligent watch, what colorful abundant application was brought is the increase of power consumption, and in view of printed circuit board
The size of (Printed Circuit Board, PCB) and the thickness of complete machine, the battery capacity very little of intelligent watch, in intelligent hand
Table performance increasingly advanced today, the short slab of power consumption is gradually highlighted, while being also that improved portion is struggled by each manufacturer
Point.
In view of the wrist-watch attribute of intelligent watch, clock Chang Liang is one of base attribute.Work as the liquid crystal of intelligent watch at present
When showing that device (Liquid Crystal Display, LCD) is often bright, intelligent watch system is in idle condition, will not enter dormancy
State, in order to keep the clock of intelligent watch normal bright, it is necessary to which intelligent watch system complete machine is run, however, can so cause system
Complete machine power consumption is more, have impact on the endurance of intelligent watch.
The content of the invention
This application provides a kind of clock display method, to solve to keep to lead when clock is often bright at present in intelligent watch
Cause system complete machine power consumption is more, and then the problem of the endurance of influence intelligent watch, this method includes：
After intelligent watch opens the normal bright function of clock, if not receiving operational order in scheduled duration, triggering system
System application and peripheral module enter resting state and obtain the dormancy moment；
According to the dormancy moment, clock patterns are described on the display of the intelligent watch；
It is spaced, the clock patterns described on the display is updated, during to show real-time to schedule
Between.
Preferably, it is described to be spaced to schedule, the clock patterns described on the display are updated, specifically
Including：
Be spaced to schedule, by the corresponding second hand of clock patterns, and/or minute hand described on the display,
And/or hour hands are advanced each correspond to the gear of digit respectively.
Preferably, it is described to be spaced to schedule, by the corresponding second hand of clock patterns described on the display,
And/or minute hand, and/or hour hands are advanced each correspond to the gear of digit respectively, are specifically included：
Obtain the corresponding second hand position of the clock patterns described on the display, and/or minute hand position, and/or when
Pin position；
According to the duration of predetermined time interval, the corresponding second hand of the clock patterns, and/or minute hand, and/or hour hands are calculated
It is respectively necessary for each self-corresponding digit of advancing；
Advance each self-corresponding digit and the second are respectively necessary for according to the second hand, and/or minute hand, and/or hour hands
Pin position, and/or the minute hand position, and/or the hour hands position, will need the pointer pattern of traveling in the clock patterns
Remove, and describe traveling backpointer pattern corresponding with the pointer pattern.
Preferably, it is described to be spaced to schedule, the clock patterns described on the display are updated, specifically
Including：
Device calibration is timed according to the dormancy moment；
According to the duration of predetermined time interval, the cycle of the timer after configuration calibration starts the time so that described
Timer enters line period according to the startup time in the cycle and started；
When starting with the timer postponed, the clock patterns described on the display are updated.
Preferably, the acquisition dormancy moment, specifically include：
Obtain the dormancy moment of real-time timepiece chip record..
Accordingly, the application also proposed a kind of intelligent watch, including：
Trigger element, for after intelligent watch opens the normal bright function of clock, if not receiving operation in scheduled duration
Instruction, then triggering system is applied and peripheral module enters resting state and obtains the dormancy moment；
Delineation unit, for according to the dormancy moment, clock patterns to be described on the display of the intelligent watch；
The clock patterns described on the display, for being spaced to schedule, are updated by updating block, with
Just real-time time is shown.
Specifically, the updating block, specifically for being spaced to schedule, by described on the display when
The corresponding second hand of clock pattern, and/or minute hand, and/or hour hands are advanced respectively each corresponds to the gear of digit.
Specifically, the updating block is specifically included：Acquisition module, for obtaining the clock described on the display
The corresponding second hand position of pattern, and/or minute hand position, and/or hour hands position；
Computing module, for the duration according to predetermined time interval, calculate the corresponding second hand of the clock patterns, and/or
Minute hand, and/or hour hands are respectively necessary for each self-corresponding digit of advancing；
Describe module, for being respectively necessary for each self-corresponding position of advancing according to the second hand, and/or minute hand, and/or hour hands
Several and described second hand position, and/or the minute hand position, and/or the hour hands position, will need row in the clock patterns
The pointer pattern entered is removed, and describes traveling backpointer pattern corresponding with the pointer pattern.
Specifically, the updating block, is specifically additionally operable to be timed device calibration according to the dormancy moment；
According to the duration of predetermined time interval, the cycle of the timer after configuration calibration starts the time so that described
Timer enters line period according to the startup time in the cycle and started；
When starting with the timer postponed, the clock patterns described on the display are updated.
Accordingly, the application also proposed a kind of intelligent watch, including：
Processor, for realizing each instruction；
Storage device, for storing a plurality of instruction, the instruction is suitable to be loaded and performed by processor：
After intelligent watch opens the normal bright function of clock, if not receiving operational order in scheduled duration, triggering system
System application and peripheral module enter resting state and obtain the dormancy moment；
According to the dormancy moment, clock patterns are described on the display of the intelligent watch；
It is spaced, the clock patterns described on the display is updated, during to show real-time to schedule
Between；
Bus, is configured as coupling the processor and the storage device.
As can be seen here, by the technical scheme of application the application, after intelligent watch opens the normal bright function of clock, if pre-
Operational order is not received in timing is long, then triggers system and enter resting state using with peripheral module, in this resting state
The power consumption of intelligent watch can be effectively saved down, and in order to keep clock Chang Liang, based between dormancy moment and the scheduled time
Describe real-time clock pattern on the display of intelligent watch every carrying out timing, to show real-time time, this mode is great
Saved clock it is often bright when power consumption, that is, keep intelligent watch clock often bright and load smaller, greatly reduce intelligent watch
Power consumption, and then improve the endurance of intelligent watch.
Brief description of the drawings
Fig. 1 is a kind of schematic flow sheet for clock display method that the embodiment of the application one is proposed；
Fig. 2 is a kind of virtual device structure schematic diagram for intelligent watch that the embodiment of the application one is proposed；
Fig. 3 is the virtual device structure schematic diagram for another intelligent watch that the embodiment of the application one is proposed；
Fig. 4 is a kind of entity structure schematic diagram for intelligent watch that the embodiment of the application one is proposed.
Embodiment
As stated in the Background Art, at present when the liquid crystal display of intelligent watch is often bright, intelligent watch system is in the free time
State, will not enter resting state, in order to keep intelligent watch clock often it is bright, it is necessary to intelligent watch system complete machine run, this
Sample can cause system complete machine power consumption more, and then the problem of the endurance of influence intelligent watch.
In view of the problems of the prior art, the application is after intelligent watch opens the normal bright function of clock, if in pre- timing
Do not receive operational order in long, then trigger that system is applied and peripheral module enters resting state, and based on the dormancy moment with
Predetermined time interval carrys out timing and describes real-time clock pattern on the display of intelligent watch, this to show real-time time
Mode due to system apply and peripheral module enters resting state, greatly saved clock often it is bright when power consumption, and then lifted
The endurance of intelligent watch.
As shown in figure 1, the embodiment of the application one provide a kind of clock display method, can apply to intelligent watch when
In clock display system, this method comprises the following steps：
101st, after intelligent watch opens the normal bright function of clock, if not receiving operational order in scheduled duration, touch
Hair system is applied and peripheral module enters resting state and obtains the dormancy moment.
Wherein, scheduled duration can in advance be set according to the actual requirements by user, can also by technical staff according to
Empirical value acquiescence is set, for example, scheduled duration can be 15 seconds, 30 seconds etc..Peripheral module can include in intelligent watch
Sensor device, light source, card reader, buzzer, siren, loudspeaker etc..Triggering system application is contained in the dormancy moment
Information at the time of entering resting state with peripheral module, i.e. that time when system is applied and peripheral module enters resting state
Time.Mode for obtaining the dormancy moment, in the alternative embodiment of the application, the dormancy moment is specifically referred to reality
When clock chip (Real-Time Clock, RTC) record real time of day obtained, wherein, real-time timepiece chip is PC master
The generation pulse of the clock circuit of crystal oscillator and interlock circuit composition on plate, main function is to provide stable clock signal to after
Continuous circuit is used.In addition, the dormancy moment can also be communicated with by specific communication module outside intelligent watch its
He is obtained terminal device, can specifically carry out selection setting in advance according to the actual requirements.
The method provided for the embodiment of the present application, except applying in intelligent watch scene, can be applied in intelligence
In the device contexts such as bracelet, electric paper book.Executive agent for the embodiment of the present application can be to configure in intelligent watch system
The device that clock low power consumption is shown during for realizing, can specifically realize the operation of correlation by the kernel process of intelligent watch.
102nd, according to the dormancy moment, clock patterns are described on the display of intelligent watch.
For example, user opens the clock Chang Liang of intelligent watch function, the intelligent watch was not received by 15 seconds
The action of any operational order, then system initiation dormancy, system is applied and peripheral module enters resting state, and kernel process is not
Dormancy, the dormancy moment that real-time timepiece chip is recorded is obtained by kernel process, i.e., apply to enter with peripheral module in system and stop
Time that time during dormancy state, based on the time at the moment, clock patterns are described on the display of intelligent watch.
103rd, it is spaced, the clock patterns described on display is updated, during to show real-time to schedule
Between.
Wherein, predetermined time interval can be 1 minute, 5 minutes, 1 hour etc..The clock patterns described over the display can
Think analogue pattern and/or digital dock pattern.
It can be realized and be spaced to schedule by different modes for the embodiment of the present application, to describing on display
The process that is updated of clock patterns, in the alternative embodiment of the application, step 103 can specifically include：According to
The dormancy moment is timed device calibration；According to the duration of predetermined time interval, when the cycle of the timer after configuration calibration starts
Between so that timer enters line period according to the startup time in cycle and started；When starting with the timer postponed, to being retouched on display
The clock patterns painted are updated.
For example, predetermined time interval when a length of one minute, dormancy moment pair of the kernel process according to acquisition can be passed through
Timer was calibrated, according to the duration of one minute, and the cycle of the timer after configuration calibration starts the time, and next minute is made
Start the time for the first time of timer, when timer is starting for next minute, by kernel process to describing on display
Clock patterns be updated；Then again after one minute, timer starts again, then by kernel process to being retouched on display
The clock patterns painted are updated, by that analogy.
If the clock patterns described on display are analogue pattern, in the alternative embodiment of the application,
Step 103 can specifically include：Be spaced to schedule, by the corresponding second hand of the clock patterns described on display and/
Or minute hand, and/or hour hands are advanced each correspond to the gear of digit respectively.Wherein, the pointer situation specifically existed in clock patterns
It can be set according to the actual demand of user, for example, the analogue pattern described includes second hand, minute hand, hour hands；Or
Analogue pattern only includes minute hand and hour hands.
Specifically, obtain on display the corresponding second hand position of clock patterns described, and/or minute hand position, and/or
Hour hands position；According to the duration of predetermined time interval, the corresponding second hand of clock patterns, and/or minute hand, and/or hour hands point are calculated
Each self-corresponding digit of advancing is not needed；Each self-corresponding position of advancing is respectively necessary for according to second hand, and/or minute hand, and/or hour hands
Number and the second hand position, and/or the minute hand position, and/or the hour hands position, will need the pointer figure of traveling in clock patterns
Case is removed, and describes traveling backpointer pattern corresponding with pointer pattern.
For example, predetermined time interval when a length of one minute, calculating minute hand needs to advance one grade, and based on display
On the corresponding minute hand position of clock patterns and hour hands position described, it is determined whether need to advance hour hands one grade, even divide
If full 60 minutes after one grade of pin traveling, then need to advance hour hands one grade；, need not be by hour hands row if discontented 60 minutes
Enter one grade, if last determine to only need to advance minute hand one grade, by the minute hand in the clock patterns described on display
Remove, and describe with this be eliminated minute hand it is corresponding traveling one grade after minute hand pattern.
, can by way of above-mentioned this updates the pointer pattern for needing to advance in the alternative embodiment of the application
To reduce the power consumption used in description clock patterns, the power consumption of intelligent watch is reduced, and then the continuation of the journey of intelligent watch can be improved
Ability.
If the clock patterns described on display are digital dock pattern, in another alternative embodiment of the application
In, step 103 can specifically include：According to dormancy moment and the total duration of the predetermined time interval undergone, it is determined that when real-time
Between information；The clock patterns described on display are purged, and according to real-time time information, in the display of intelligent watch
Describe new clock patterns on device.
Time that time when entering resting state with peripheral module is applied to be 12 for example, the dormancy moment have recorded system：
00, predetermined time interval is 1 minute, and the current duration for having been subjected to 5 predetermined time intervals, that is, the scheduled time undergone
The total duration at interval is 5 minutes, it is determined that current real-time time is 12:05, the clock patterns described on display are carried out
Remove, then describe 12 on the display of intelligent watch:05 clock patterns.In the alternative embodiment of the application, may be used also
To carry out local modification based on the clock patterns described on display, reach according to real-time time information, in intelligent watch
Describe the purpose of new clock patterns on display, and then reduce the power consumption used in description clock patterns, reduce intelligent watch
Power consumption, so as to improve the endurance of intelligent watch.
As can be seen here, by the technical scheme of application the application, after intelligent watch opens the normal bright function of clock, if pre-
Operational order is not received in timing is long, then triggers system and enter resting state using with peripheral module, in this resting state
The power consumption of intelligent watch can be effectively saved down, and in order to keep clock Chang Liang, based between dormancy moment and the scheduled time
Describe real-time clock pattern on the display of intelligent watch every carrying out timing, to show real-time time, this mode is great
Saved clock it is often bright when power consumption, that is, keep intelligent watch clock often bright and load smaller, greatly reduce intelligent watch
Power consumption, and then improve the endurance of intelligent watch.
To reach above technical purpose, as implementing for Fig. 1 methods describeds, the embodiment of the application one also proposed one
Intelligent watch is planted, as shown in Fig. 2 the virtual device structure of the intelligent watch includes：Trigger element 21, delineation unit 22, renewal
Unit 23.
Trigger element 21, can be used for after intelligent watch opens the normal bright function of clock, if not received in scheduled duration
To operational order, then triggering system is applied and peripheral module enters resting state and obtains the dormancy moment.Trigger element 21 is this
System is triggered in intelligent watch and applies the main functional modules for entering resting state with peripheral module.
Delineation unit 22, can be used for, according to the dormancy moment, clock being described on the display of the intelligent watch
Pattern.Wherein, clock patterns can be analogue pattern and/or digital dock pattern.Delineation unit 22 is this intelligent watch
In on the display of intelligent watch describe clock patterns main functional modules.
Updating block 23, can be used for being spaced to schedule, and the clock patterns described on the display are carried out
Update, to show real-time time.Updating block 23 is according to pre- in this intelligent watch to the clock patterns described on display
Fix time the main functional modules that are updated of interval, specifically above-mentioned steps can be realized by timer.
In specific application scenarios, the mode at dormancy moment is obtained in trigger element 21 can specifically include：Obtain real
When clock chip record the dormancy moment.
In specific application scenarios, the updating block 23 specifically can be used for being spaced to schedule, will be described
The corresponding second hand of clock patterns, and/or minute hand, and/or hour hands described on display are advanced respectively each corresponds to digit
Gear.
In specific application scenarios, as shown in figure 3, the updating block 23, can specifically include：Acquisition module 231,
Computing module 232, description module 233.
Acquisition module 231, can be used for obtaining the corresponding second hand position of the clock patterns described on the display,
And/or minute hand position, and/or hour hands position.
Computing module 232, can be used for the duration according to predetermined time interval, calculate the clock patterns corresponding second
Pin, and/or minute hand, and/or hour hands are respectively necessary for each self-corresponding digit of advancing.
Describe module 233, can be used for being respectively necessary for advancing each according to the second hand, and/or minute hand, and/or hour hands
Corresponding digit and the second hand position, and/or the minute hand position, and/or the hour hands position, by the clock patterns
It is upper to need the pointer pattern advanced to remove, and describe traveling backpointer pattern corresponding with the pointer pattern.By it is above-mentioned this
Plant the mode for only updating the pointer pattern for needing to advance, it is possible to reduce the power consumption used in description clock patterns, the intelligent hand of reduction
The power consumption of table, and then the endurance of intelligent watch can be improved.
In specific application scenarios, the updating block 23 specifically can be also used for according to the dormancy moment and
The total duration of the predetermined time interval of experience, determines real-time time information；The clock patterns described on the display are entered
Row is removed, and according to the real-time time information, describes new clock patterns on the display of the intelligent watch.In this Shen
In alternative embodiment please, the clock patterns for being also based on having described on display carry out local modification, reach according to real-time
Temporal information, describes the purpose of new clock patterns, and then reduce used in description clock patterns on the display of intelligent watch
Power consumption, reduce intelligent watch power consumption, so as to improve the endurance of intelligent watch.
In specific application scenarios, the updating block 23 specifically can be used for being determined according to the dormancy moment
When device calibrate；According to the duration of predetermined time interval, the cycle of the timer after configuration calibration starts the time so that described
Timer enters line period according to the startup time in the cycle and started；When starting with the timer postponed, to the display
The clock patterns described on device are updated.
It should be noted that other of each functional unit involved by a kind of intelligent watch provided in an embodiment of the present invention are corresponding
Description, may be referred to the correspondence description in Fig. 1, will not be repeated here.
A kind of intelligent watch provided in an embodiment of the present invention, including：Trigger element, delineation unit, updating block etc..In intelligence
Energy wrist-watch is opened after the normal bright function of clock, if not receiving operational order in scheduled duration, is passed through trigger element and is triggered system
System application and peripheral module enter resting state, and the power consumption of intelligent watch can be effectively saved under this resting state, and
And in order to keep clock Chang Liang, delineation unit is based on dormancy moment and predetermined time interval come regularly in the display of intelligent watch
Upper description real-time clock pattern, to show real-time time, this mode greatly saved clock it is often bright when power consumption, and then
Improve the endurance of intelligent watch.
Accordingly, the embodiment of the application one also proposed a kind of intelligent watch of entity structure, as shown in figure 4, specific bag
Include：Processor 31, storage device 32, bus 33.
Processor 31, can be used for realizing each instruction；
Storage device 32, can be used for storing a plurality of instruction, the instruction is suitable to be loaded and performed by processor：
After intelligent watch opens the normal bright function of clock, if not receiving operational order in scheduled duration, triggering system
System application and peripheral module enter resting state and obtain the dormancy moment；
According to the dormancy moment, clock patterns are described on the display of the intelligent watch；
It is spaced, the clock patterns described on the display is updated, during to show real-time to schedule
Between；
Bus 33, is configured as coupling the processor and the storage device.
Wherein, it is described to be spaced to schedule, the clock patterns described on the display are updated, specific bag
Include：Be spaced to schedule, by the corresponding second hand of clock patterns, and/or minute hand described on the display, and/or
Hour hands are advanced respectively each corresponds to the gear of digit.
It is described to be spaced to schedule, by the corresponding second hand of clock patterns described on the display, and/or point
Pin, and/or hour hands are advanced respectively each corresponds to the gear of digit, specifically includes：Obtain the clock described on the display
The corresponding second hand position of pattern, and/or minute hand position, and/or hour hands position；According to the duration of predetermined time interval, institute is calculated
State the corresponding second hand of clock patterns, and/or minute hand, and/or hour hands are respectively necessary for each self-corresponding digit of advancing；According to the second
Pin, and/or minute hand, and/or hour hands are respectively necessary for advance each self-corresponding digit and the second hand position, and/or described point
Pin position, and/or the hour hands position, will be needed in the clock patterns advance pointer pattern remove, and describe with it is described
The corresponding traveling backpointer pattern of pointer pattern.
It is described to be spaced to schedule, the clock patterns described on the display are updated, specifically included：According to
According to the dormancy moment and the total duration of the predetermined time interval undergone, real-time time information is determined；By on the display
The clock patterns described are purged, and according to the real-time time information, are described on the display of the intelligent watch
New clock patterns.
By the technical scheme of application the application, after intelligent watch opens the normal bright function of clock, if in scheduled duration
Operational order is not received, then triggers system and enter resting state using with peripheral module, can have under this resting state
Effect saves the power consumption of intelligent watch, and in order to keep clock Chang Liang, based on dormancy moment and predetermined time interval come timing
Describe real-time clock pattern on the display of intelligent watch, to show real-time time, when this mode has greatly been saved
Power consumption during Zhong Changliang, and then improve the endurance of intelligent watch.
Through the above description of the embodiments, those skilled in the art can be understood that the application can lead to
Hardware realization is crossed, the mode of necessary general hardware platform can also be added to realize by software.Understood based on such, this Shen
Technical scheme please can be embodied in the form of software product, and the software product can be stored in a non-volatile memories
Medium (can be CD-ROM, USB flash disk, mobile hard disk etc.) in, including some instructions are to cause a computer equipment (can be
Personal computer, server, or network equipment etc.) perform method described in the application each implement scene.
It will be appreciated by those skilled in the art that accompanying drawing is a schematic diagram for being preferable to carry out scene, module in accompanying drawing or
Flow is not necessarily implemented necessary to the application.
It will be appreciated by those skilled in the art that the module in device in implement scene can be described according to implement scene into
Row is distributed in the device of implement scene, can also carry out one or more dresses that respective change is disposed other than this implement scene
In putting.The module of above-mentioned implement scene can be merged into a module, can also be further split into multiple submodule.
Above-mentioned the application sequence number is for illustration only, and the quality of implement scene is not represented.
Disclosed above is only several specific implementation scenes of the application, and still, the application is not limited to this, Ren Heben
What the technical staff in field can think change should all fall into the protection domain of the application.
Claims (10)
1. a kind of clock display method, it is characterised in that including：
After intelligent watch opens the normal bright function of clock, if not receiving operational order in scheduled duration, triggering system should
With entering resting state with peripheral module and obtain the dormancy moment；
According to the dormancy moment, clock patterns are described on the display of the intelligent watch；
It is spaced, the clock patterns described on the display is updated, to show real-time time to schedule.
2. according to the method described in claim 1, it is characterised in that described to be spaced to schedule, on the display
The clock patterns of description are updated, and are specifically included：
Be spaced to schedule, by the corresponding second hand of clock patterns, and/or minute hand described on the display, and/or
Hour hands are advanced respectively each corresponds to the gear of digit.
3. method according to claim 2, it is characterised in that described to be spaced to schedule, by the display
The corresponding second hand of clock patterns, and/or minute hand, and/or hour hands described are advanced respectively each corresponds to the gear of digit, specifically
Including：
Obtain the corresponding second hand position of the clock patterns described on the display, and/or minute hand position, and/or hour hands position
Put；
According to the duration of predetermined time interval, the corresponding second hand of the clock patterns, and/or minute hand, and/or hour hands difference are calculated
Need each self-corresponding digit of advancing；
Advance each self-corresponding digit and second hand position are respectively necessary for according to the second hand, and/or minute hand, and/or hour hands
Put, and/or the minute hand position, and/or the hour hands position, by being needed in the clock patterns, the pointer pattern advanced is clear
Remove, and describe traveling backpointer pattern corresponding with the pointer pattern.
4. according to the method described in claim 1, it is characterised in that described to be spaced to schedule, on the display
The clock patterns of description are updated, and are specifically included：
Device calibration is timed according to the dormancy moment；
According to the duration of predetermined time interval, the cycle of the timer after configuration calibration starts the time so that the timing
Device enters line period according to the startup time in the cycle and started；
When starting with the timer postponed, the clock patterns described on the display are updated.
5. the method according to any one of Claims 1-4, it is characterised in that the acquisition dormancy moment, specifically include：
Obtain the dormancy moment of real-time timepiece chip record.
6. a kind of intelligent watch, it is characterised in that including：
Trigger element, for after intelligent watch opens the normal bright function of clock, if not receiving operational order in scheduled duration,
Then triggering system is applied and peripheral module enters resting state and obtains the dormancy moment；
Delineation unit, for according to the dormancy moment, clock patterns to be described on the display of the intelligent watch；
The clock patterns described on the display, for being spaced to schedule, are updated, to show by updating block
Show real-time time.
7. intelligent watch according to claim 6, it is characterised in that
The updating block, specifically for being spaced to schedule, by the clock patterns described on display correspondence
Second hand, and/or minute hand, and/or hour hands advance respectively the gear of respective correspondence digit.
8. intelligent watch according to claim 7, it is characterised in that the updating block is specifically included：
Acquisition module, the corresponding second hand position of clock patterns described for obtaining on the display, and/or minute hand position
Put, and/or hour hands position；
Computing module, for the duration according to predetermined time interval, calculate the corresponding second hand of the clock patterns, and/or minute hand,
And/or hour hands are respectively necessary for each self-corresponding digit of advancing；
Describe module, for according to the second hand, and/or minute hand, and/or hour hands be respectively necessary for advancing each self-corresponding digit with
And the second hand position, and/or the minute hand position, and/or the hour hands position, it will need what is advanced in the clock patterns
Pointer pattern is removed, and describes traveling backpointer pattern corresponding with the pointer pattern.
9. intelligent watch according to claim 6, it is characterised in that
The updating block, specifically for being timed device calibration according to the dormancy moment；
According to the duration of predetermined time interval, the cycle of the timer after configuration calibration starts the time so that the timing
Device enters line period according to the startup time in the cycle and started；
When starting with the timer postponed, the clock patterns described on the display are updated.
10. a kind of intelligent watch, it is characterised in that including：
Processor, for realizing each instruction；
Storage device, for storing a plurality of instruction, the instruction is suitable to be loaded and performed by processor：
After intelligent watch opens the normal bright function of clock, if not receiving operational order in scheduled duration, triggering system should
With entering resting state with peripheral module and obtain the dormancy moment；
According to the dormancy moment, clock patterns are described on the display of the intelligent watch；
It is spaced, the clock patterns described on the display is updated, to show real-time time to schedule；
Bus, is configured as coupling the processor and the storage device.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710353491.1A CN107121920A (en) | 2017-05-18 | 2017-05-18 | A kind of clock display method and intelligent watch |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710353491.1A CN107121920A (en) | 2017-05-18 | 2017-05-18 | A kind of clock display method and intelligent watch |
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| CN107121920A true CN107121920A (en) | 2017-09-01 |
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| CN201710353491.1A Pending CN107121920A (en) | 2017-05-18 | 2017-05-18 | A kind of clock display method and intelligent watch |
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Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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