CN106961139A - The continuation of the journey method for improving and Intelligent worn device of a kind of Intelligent worn device - Google Patents
The continuation of the journey method for improving and Intelligent worn device of a kind of Intelligent worn device Download PDFInfo
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- CN106961139A CN106961139A CN201710242659.1A CN201710242659A CN106961139A CN 106961139 A CN106961139 A CN 106961139A CN 201710242659 A CN201710242659 A CN 201710242659A CN 106961139 A CN106961139 A CN 106961139A
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- Prior art keywords
- battery
- residual capacity
- worn device
- intelligent worn
- mode
- Prior art date
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Classifications
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- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
- H02J7/0069—Charging or discharging for charge maintenance, battery initiation or rejuvenation
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
- H02J7/0047—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries with monitoring or indicating devices or circuits
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
- H02J7/32—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries for charging batteries from a charging set comprising a non-electric prime mover rotating at constant speed
-
- H—ELECTRICITY
- H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
- H02J—CIRCUIT ARRANGEMENTS OR SYSTEMS FOR SUPPLYING OR DISTRIBUTING ELECTRIC POWER; SYSTEMS FOR STORING ELECTRIC ENERGY
- H02J7/00—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries
- H02J7/0047—Circuit arrangements for charging or depolarising batteries or for supplying loads from batteries with monitoring or indicating devices or circuits
- H02J7/0048—Detection of remaining charge capacity or state of charge [SOC]
Abstract
The invention discloses a kind of continuation of the journey method for improving of Intelligent worn device, comprise the following steps：The mode of operation that S10, acquisition Intelligent worn device are presently in；S20, the residual capacity of battery for obtaining rechargeable battery in Intelligent worn device；S30, according to each self-corresponding default residual capacity of battery of every kind of mode of operation, judge residual capacity of battery whether less than default residual capacity of battery；S40, when residual capacity of battery is less than default residual capacity of battery, then select the charge mode of rechargeable battery；S50, Intelligent worn device charge under selected charge mode to rechargeable battery.The present invention is not on the premise of battery capacity is increased, and the heat energy that the kinetic energy produced in motion process, solar energy and the temperature difference are produced is converted into electrical power storage into lithium battery, extends the cruising time of intelligent watch；The endurance of Intelligent worn device has been obviously improved, user has been allowed and no longer worries for the continuation of the journey of Intelligent worn device.
Description
Technical field
The invention belongs to the continuation of the journey method for improving and intelligence of Intelligent worn device technical field, more particularly to Intelligent worn device
Can wearable device.
Background technology
With the continuous development of scientific technology, the function of Intelligent worn device is progressively able to after improving, large quantities of intelligence wearings
Equipment floods the market rapidly, and its intelligent watch, Intelligent bracelet are more representative, especially intelligent watch.
Its intelligent watch is broadly divided into following several：(1) without the intelligent watch of call function：Rely on the intelligent hand of connection
Machine and realize multi-functional, phone, short message, mail, photo, music that can be in simultaneously operating mobile phone etc..(2) with call function
Intelligent watch：Insertion SIM card is supported, is substantially the smart mobile phone of wrist-watch form.
After progressively being enriched with the function of Intelligent worn device, its power consumption is also incrementally increased, and shortens cruising time.Intelligence
Chargeable lithium cell depends on Large Copacity on energy wearable device, could extend the cruising time of Intelligent worn device.However, intelligence
The form of wearable device in itself limits the size of fuselage, and then constrains the capacity of battery, so that Intelligent worn device
Endurance allow user to cause anxiety.
Therefore, the cruising time of Intelligent worn device makes it difficult for user to receive, and causes Intelligent worn device commercially to meet with
Meet awkward scene.On the premise of battery capacity is not increased, the continuation of the journey limitation of Intelligent worn device how is broken through, as urgently solving
Certainly the problem of.
The content of the invention
The technical scheme that the present invention is provided is as follows：
The present invention provides a kind of continuation of the journey method for improving of Intelligent worn device, comprises the following steps：S10, acquisition intelligence are worn
The mode of operation that equipment is presently in is worn, the mode of operation includes mode of operation, pattern of working at night in the daytime；S20, acquisition institute
State the residual capacity of battery of rechargeable battery in Intelligent worn device；S30, according to each self-corresponding default battery of every kind of mode of operation
Surplus, judges whether the residual capacity of battery is less than the default residual capacity of battery；S40, it is less than when the residual capacity of battery
During the default residual capacity of battery, then the charge mode of the rechargeable battery is selected；The charge mode charges including the temperature difference
Pattern, motion charge mode, solar charging power mode；S50, the Intelligent worn device are in the selected charge mode
Under, the rechargeable battery is charged.
Further, the step S30 further comprises：Mode of operation corresponding first presets electricity in the daytime described in S31, basis
Whether pond surplus, judge the residual capacity of battery less than the described first default residual capacity of battery；The step S40 is further wrapped
Include：S411, when the residual capacity of battery is less than the described first default residual capacity of battery, then judge that the Intelligent worn device is worked as
It is preceding whether to be kept in motion；S412, it is currently at motion state when the Intelligent worn device, then points out user's selection described
The charge mode of rechargeable battery is motion charge mode；S413, it is not presently within motion state when the Intelligent worn device,
It is solar charging power mode that then prompting user, which selects the charge mode of the rechargeable battery,.
Further, the step S30 further comprises：Mode of operation corresponding second presets electricity in the daytime described in S32, basis
Whether pond surplus, judge the residual capacity of battery less than the described second default residual capacity of battery；The step S40 is further wrapped
Include：S414, when the residual capacity of battery is less than the described second default residual capacity of battery, then judge that the Intelligent worn device is worked as
It is preceding whether to be kept in motion；S415, when the Intelligent worn device is currently at motion state, then automatically selecting described can fill
The charge mode of battery is motion charge mode, solar charging power mode, and/or temperature difference charge mode；S416, when the intelligence
Energy wearable device is not presently within motion state, then the charge mode for automatically selecting the rechargeable battery is solar recharging mould
Formula and temperature difference charge mode.
Further, the step S30 further comprises：S33, the corresponding 3rd default electricity of pattern of being worked at night according to
Whether pond surplus, judge the residual capacity of battery less than the described 3rd default residual capacity of battery；The step S40 is further wrapped
Include：S421, when the residual capacity of battery is less than the described 3rd default residual capacity of battery, then judge that the Intelligent worn device is worked as
It is preceding whether to be kept in motion；S422, it is currently at motion state when the Intelligent worn device, then points out user's selection described
The charge mode of rechargeable battery is motion charge mode；S423, it is not presently within motion state when the Intelligent worn device,
It is temperature difference charge mode that then prompting user, which selects the charge mode of the rechargeable battery,.
Further, the step S30 further comprises：S34, the corresponding 4th default electricity of pattern of being worked at night according to
Whether pond surplus, judge the residual capacity of battery less than the described 4th default residual capacity of battery；The step S40 is further wrapped
Include：S424, when the residual capacity of battery is less than the described 4th default residual capacity of battery, then judge that the Intelligent worn device is worked as
It is preceding whether to be kept in motion；S425, when the Intelligent worn device is currently at motion state, then automatically select selection described
The charge mode of rechargeable battery is motion charge mode and temperature difference charge mode；S426, when the Intelligent worn device it is current
Motion state is not in, then the charge mode for automatically selecting the rechargeable battery is temperature difference charge mode.
The present invention also provides a kind of Intelligent worn device, including：Pattern acquiring module, works as obtaining Intelligent worn device
Preceding residing mode of operation, the mode of operation includes mode of operation, pattern of working at night in the daytime；Electricity acquisition module, is used for
Obtain the residual capacity of battery of rechargeable battery in the Intelligent worn device；Judge module, for each according to every kind of mode of operation
Self-corresponding default residual capacity of battery, judges whether the residual capacity of battery is less than the default residual capacity of battery；Selecting module,
For when the residual capacity of battery is less than the default residual capacity of battery, then selecting the charge mode of the rechargeable battery；
The charge mode includes temperature difference charge mode, motion charge mode, solar charging power mode；Charge control module, for institute
Intelligent worn device is stated under the selected charge mode, the rechargeable battery is charged.
Further, also including reminding module：The judge module, for mode of operation corresponding first in the daytime according to
Whether default residual capacity of battery, judge the residual capacity of battery less than the described first default residual capacity of battery；The judge module,
It is additionally operable to when the residual capacity of battery is less than the described first default residual capacity of battery, then judge that the Intelligent worn device is current
Whether it is kept in motion；The reminding module, for being currently at motion state when the Intelligent worn device, then prompting is used
It is motion charge mode that family, which selects the charge mode of the rechargeable battery,；The reminding module, is additionally operable to when the intelligence is worn
Wear equipment and be not presently within motion state, then the charge mode for pointing out user to select the rechargeable battery is solar recharging mould
Formula.
Further, the judge module, is additionally operable to preset remaining battery according to the mode of operation in the daytime corresponding second
Whether amount, judge the residual capacity of battery less than the described second default residual capacity of battery；The judge module, is additionally operable to when described
When residual capacity of battery is less than the described second default residual capacity of battery, then judge the Intelligent worn device currently whether in motion
State；The selecting module, is additionally operable to when the Intelligent worn device is currently at motion state, then automatically selecting described can fill
The charge mode of battery is motion charge mode, solar charging power mode, and/or temperature difference charge mode；The selecting module,
It is additionally operable to when the Intelligent worn device is not presently within motion state, then automatically select the charge mode of the rechargeable battery
For solar charging power mode and temperature difference charge mode.
Further, the judge module, is additionally operable to the corresponding 3rd default remaining battery of pattern of being worked at night according to
Whether amount, judge the residual capacity of battery less than the described 3rd default residual capacity of battery；The judge module, is additionally operable to when described
When residual capacity of battery is less than the described 3rd default residual capacity of battery, then judge the Intelligent worn device currently whether in motion
State；The reminding module, is additionally operable to when the Intelligent worn device is currently at motion state, then point out user's selection described
The charge mode of rechargeable battery is motion charge mode；The reminding module, is additionally operable to when the Intelligent worn device is current
Motion state is not in, then the charge mode for pointing out user to select the rechargeable battery is temperature difference charge mode.
Further, the judge module, is additionally operable to the corresponding 4th default remaining battery of pattern of being worked at night according to
Whether amount, judge the residual capacity of battery less than the described 4th default residual capacity of battery；The judge module, is additionally operable to when described
When residual capacity of battery is less than the described 4th default residual capacity of battery, then judge the Intelligent worn device currently whether in motion
State；The selecting module, is additionally operable to when the Intelligent worn device is currently at motion state, then automatically select selection described
The charge mode of rechargeable battery is motion charge mode and temperature difference charge mode；The selecting module, is additionally operable to work as the intelligence
Energy wearable device is not presently within motion state, then it is temperature difference charging mould to automatically select the charge mode of the rechargeable battery
Formula.
Compared with prior art, the continuation of the journey method for improving and Intelligent worn device for the Intelligent worn device that the present invention is provided,
Have the advantages that：
1), the present invention is not on the premise of battery capacity is increased, by the kinetic energy produced in motion process, solar energy and temperature
The heat energy that difference is produced is converted into electrical power storage into lithium battery, extends the cruising time of intelligent watch；Intelligence has been obviously improved to wear
The endurance of equipment is worn, user is allowed and no longer worries for the continuation of the journey of Intelligent worn device.
2), the present invention sets the first default residual capacity of battery for reminding user's charging, Yong Huke in mode of operation in the daytime
To select to charge or do not charge according to actual conditions, the experience of user is improved.Automatic charging is set in mode of operation in the daytime
The second default residual capacity of battery, corresponding charge mode can be automatically selected rechargeable battery is charged, to prevent intelligence
Energy wearable device can not work because not having electricity.
3), the present invention sets the 3rd default residual capacity of battery for reminding user's charging, Yong Huke in the pattern of working at night
To select to charge or do not charge according to actual conditions, the experience of user is improved.Automatic charging is set in the pattern of working at night
The 4th default residual capacity of battery, corresponding charge mode can be automatically selected rechargeable battery is charged, to prevent intelligence
Energy wearable device can not work because not having electricity.Wherein, default residual capacity of battery in the daytime in mode of operation and pattern of working at night
Be set to different parameters, with meet in the daytime, night limited obtaining the different of energy.
Brief description of the drawings
Below by clearly understandable mode, preferred embodiment is described with reference to the drawings, to a kind of Intelligent worn device
Above-mentioned characteristic, technical characteristic, advantage and its implementation of continuation of the journey method for improving and Intelligent worn device are further described.
Fig. 1 is a kind of schematic flow sheet of the continuation of the journey method for improving of Intelligent worn device of the invention；
Fig. 2 is the schematic flow sheet of the continuation of the journey method for improving of another Intelligent worn device of the invention；
Fig. 3 is the schematic flow sheet of the continuation of the journey method for improving of another Intelligent worn device of the invention；
Fig. 4 is a kind of composition structural representation of Intelligent worn device of the invention.
Drawing reference numeral explanation：
11st, pattern acquiring module, 12, electricity acquisition module, 13, judge module, 14, reminding module, 15, selecting module,
16th, charge control module.
Embodiment
In order to illustrate more clearly about the embodiment of the present invention or technical scheme of the prior art, control is illustrated below
The embodiment of the present invention.It should be evident that drawings in the following description are only some embodiments of the present invention, for
For those of ordinary skill in the art, on the premise of not paying creative work, other can also be obtained according to these accompanying drawings
Accompanying drawing, and obtain other embodiments.
To make only to schematically show part related to the present invention in simplified form, each figure, they are not represented
Its as product practical structures.In addition, so that simplified form is readily appreciated, there is identical structure or function in some figures
Part, only symbolically depicts one of those, or has only marked one of those.Herein, " one " is not only represented
" only this ", can also represent the situation of " more than one ".
As shown in figure 1, according to one embodiment of present invention, a kind of continuation of the journey method for improving of Intelligent worn device, including
Following steps：S10, obtain the mode of operation that is presently in of Intelligent worn device, the mode of operation include in the daytime mode of operation,
Work at night pattern.
S20, the residual capacity of battery for obtaining rechargeable battery in the Intelligent worn device, such as residual capacity of battery are to fill
70%, 50% etc. of battery specified electric quantity.
S30, according to each self-corresponding default residual capacity of battery of every kind of mode of operation, judge whether the residual capacity of battery low
In the default residual capacity of battery.
S40, when the residual capacity of battery be less than the default residual capacity of battery when, then select in the Intelligent worn device
The charge mode of rechargeable battery；The charge mode includes temperature difference charge mode, motion charge mode, solar recharging mould
Formula.Otherwise, step S10 is jumped to.
S50, the Intelligent worn device are filled under the selected charge mode to the rechargeable battery
Electricity.
Specifically, Intelligent worn device includes intelligent watch, Intelligent bracelet, can be according to the time in Intelligent worn device
Set its mode of operation still to work at night pattern as mode of operation in the daytime, for example：7:00~16:59 be mode of operation in the daytime,
17:00~6:59 be pattern of working at night.In Intelligent worn device, current time reaches 7:When 00, automatically from Night
Switch to mode of operation in the daytime；Current time reaches 17:When 00, the pattern of working at night is switched to from day mode automatically.Can be with
Different default residual capacity of battery are set under mode of operation in the daytime, pattern of working at night, with meet in the daytime, night gets not
With the difference of energy.
As shown in Fig. 2 according to another embodiment of the invention, a kind of continuation of the journey method for improving of Intelligent worn device, bag
Include following steps：The mode of operation that S10, acquisition Intelligent worn device are presently in, the mode of operation includes Working mould in the daytime
Formula, pattern of working at night.
S20, the residual capacity of battery for obtaining rechargeable battery in the Intelligent worn device.
Mode of operation corresponding first presets residual capacity of battery in the daytime described in S31, basis, judges that the residual capacity of battery is
It is no that residual capacity of battery is preset less than described first.
S411, when the residual capacity of battery is less than the described first default residual capacity of battery, then judge the intelligence wearing
Whether equipment is currently kept in motion.Otherwise, step S10 is jumped to.
S412, it is currently at motion state when the Intelligent worn device, then points out user's selection intelligence wearing to set
The charge mode of standby upper rechargeable battery is motion charge mode.
S413, it is not presently within motion state when the Intelligent worn device, then points out user's selection the intelligence wearing
The charge mode of rechargeable battery is solar charging power mode in equipment.
It is preferred that, also include：Mode of operation corresponding second presets residual capacity of battery in the daytime described in S32, basis, further
Judge the residual capacity of battery whether less than the described second default residual capacity of battery.
S414, when the residual capacity of battery is less than the described second default residual capacity of battery, then judge the intelligence wearing
Whether equipment is currently kept in motion.Otherwise, step S10 is jumped to.
S415, when the Intelligent worn device is currently at motion state, then automatically select in the Intelligent worn device
The charge mode of rechargeable battery is motion charge mode, solar charging power mode, and/or temperature difference charge mode.
S416, when the Intelligent worn device is not presently within motion state, then automatically select the Intelligent worn device
The charge mode of upper rechargeable battery is solar charging power mode and temperature difference charge mode.
S50, the Intelligent worn device are under user or the automatic selected charge mode, to the chargeable electricity
Charged in pond.
Specifically, the first default residual capacity of battery, the second default residual capacity of battery are set in mode of operation in the daytime, such as：
First default residual capacity of battery is the 50%, second default residual capacity of battery of rechargeable battery specified electric quantity in Intelligent worn device
For 20% of rechargeable battery specified electric quantity in Intelligent worn device.
When the residual capacity of battery (being the 40% of rechargeable battery specified electric quantity) of Intelligent worn device is less than rechargeable battery
Specified electric quantity 50% when, remind user to select corresponding charge mode.When user wears Intelligent worn device in motion
During state, user's first chosen sport charge mode is reminded, electric energy is converted kinetic energy into, rechargeable battery is charged；Otherwise, carry
The user that wakes up selects solar charging power mode, converts the solar into electric energy, rechargeable battery is charged.Remind user's selection
During charge mode, user can select to remind charge mode to be charged accordingly；User can also skip prompting, abandon filling
Electricity；User can also select the charge mode outside prompting, such as in the case where user is short time motion, not select to remind
Motion charge mode, but selection solar charging power mode.The possibility moved indoors due to user is than larger, and motion is filled
Power mode is optimal selection.
When the residual capacity of battery (being the 19% of rechargeable battery specified electric quantity) of Intelligent worn device is less than rechargeable battery
Specified electric quantity 20% when, automatically select corresponding charge mode, Intelligent worn device charged, to prevent intelligent wearing
Equipment there is not electricity, it is impossible to normal work.When Intelligent worn device is kept in motion, motion charge mode, the sun can be selected
Energy charge mode (or temperature difference charge mode) two kinds of charge modes, can also select motion charge mode, solar recharging mould
Formula, three kinds of charge modes of temperature difference charge mode, charge to rechargeable battery in Intelligent worn device as much as possible, can
To carry out quick charge to rechargeable battery.
As shown in figure 3, according to still a further embodiment, a kind of continuation of the journey method for improving of Intelligent worn device, bag
Include following steps：The mode of operation that S10, acquisition Intelligent worn device are presently in, the mode of operation includes Working mould in the daytime
Formula, pattern of working at night
S20, the residual capacity of battery for obtaining rechargeable battery in the Intelligent worn device.
S33, the corresponding 3rd default residual capacity of battery of pattern of being worked at night according to, judge that the residual capacity of battery is
It is no that residual capacity of battery is preset less than the described 3rd.Otherwise, step S10 is jumped to.
S421, when the residual capacity of battery is less than the described 3rd default residual capacity of battery, then judge the intelligence wearing
Whether equipment is currently kept in motion.
S422, it is currently at motion state when the Intelligent worn device, then points out user's selection intelligence wearing to set
The charge mode of standby upper rechargeable battery is motion charge mode.
S423, it is not presently within motion state when the Intelligent worn device, then points out user's selection the intelligence wearing
The charge mode of rechargeable battery is temperature difference charge mode in equipment.
It is preferred that, also include：S34, the corresponding 4th default residual capacity of battery of pattern of being worked at night according to, judge institute
Residual capacity of battery is stated whether less than the described 4th default residual capacity of battery.
S424, when the residual capacity of battery is less than the described 4th default residual capacity of battery, then determine whether the intelligence
Whether energy wearable device is currently kept in motion.Otherwise, step S10 is jumped to.
S425, when the Intelligent worn device is currently at motion state, then automatically select the selection intelligence wearing and set
The charge mode of standby upper rechargeable battery is motion charge mode and temperature difference charge mode.
S426, when the Intelligent worn device is not presently within motion state, then automatically select the Intelligent worn device
The charge mode of upper rechargeable battery is temperature difference charge mode.
S50, the Intelligent worn device are under user or the automatic selected charge mode, to the chargeable electricity
Charged in pond.
Specifically, setting the 3rd default residual capacity of battery, the 4th default residual capacity of battery in pattern of working at night, such as：
3rd default residual capacity of battery is the 60%, second default residual capacity of battery of rechargeable battery specified electric quantity in Intelligent worn device
For 30% of rechargeable battery specified electric quantity in Intelligent worn device.
When the residual capacity of battery (being the 59% of rechargeable battery specified electric quantity) of Intelligent worn device is less than rechargeable battery
Specified electric quantity 60% when, remind user to select corresponding charge mode, when Intelligent worn device is kept in motion, remind
User's first chosen sport charge mode, converts kinetic energy into electric energy, rechargeable battery is charged；Otherwise, user's selection is reminded
Temperature difference charge mode, electric energy is converted to by the temperature difference, and rechargeable battery is charged.When reminding user's selection charge mode, use
Family can select to remind charge mode to be charged accordingly；User can also skip prompting, abandon charging；User can also select
The charge mode outside reminding is selected, for example：In the case where user is short time motion, the motion charging mould reminded is not selected
Formula, but selection temperature difference charge mode.
When the residual capacity of battery (being the 29% of rechargeable battery specified electric quantity) of Intelligent worn device is less than rechargeable battery
Specified electric quantity 30% when, automatically select corresponding charge mode, Intelligent worn device charged, to prevent intelligent wearing
Equipment there is not electricity, it is impossible to normal work.When Intelligent worn device is kept in motion, motion charge mode, the temperature difference can be selected
Two kinds of charge modes of charge mode, charge to rechargeable battery in Intelligent worn device as much as possible, can pair can
Rechargeable battery carries out quick charge.Because Intelligent worn device gets motion energy, solar energy on daytime, come relative to night
Say, it is easier to a little, therefore, it can set different default residual capacity of battery at daytime, night；Obtained with meeting daytime, night
The different limitations of energy.
As shown in figure 4, according to one embodiment of present invention, a kind of Intelligent worn device, including：Pattern acquiring module
11, for obtaining the mode of operation that Intelligent worn device is presently in, the mode of operation includes mode of operation, night work in the daytime
Operation mode.
Electricity acquisition module 12, the residual capacity of battery for obtaining rechargeable battery in the Intelligent worn device.
Judge module 13, for mode of operation corresponding first to preset residual capacity of battery in the daytime according to, judges described
Whether residual capacity of battery is less than the described first default residual capacity of battery.
The judge module 13, is additionally operable to when the residual capacity of battery is less than the described first default residual capacity of battery, then
Judge whether the Intelligent worn device is currently kept in motion.
Reminding module 14, for being currently at motion state when the Intelligent worn device, then points out user's selection described
The charge mode of rechargeable battery is motion charge mode in Intelligent worn device.
The reminding module 14, is additionally operable to when the Intelligent worn device is not presently within motion state, then point out user
The charge mode for selecting rechargeable battery in the Intelligent worn device is solar charging power mode.
It is preferred that, also include：The judge module 13, is additionally operable to corresponding second default according to the mode of operation in the daytime
Whether residual capacity of battery, judge the residual capacity of battery less than the described second default residual capacity of battery.
The judge module 13, is additionally operable to when the residual capacity of battery is less than the described second default residual capacity of battery, then
Judge whether the Intelligent worn device is currently kept in motion.
Selecting module 15, for being currently at motion state when the Intelligent worn device, then automatically selects the intelligence
The charge mode of rechargeable battery is to move charge mode, solar charging power mode on wearable device, and/or temperature difference charging mould
Formula.
The selecting module 15, is additionally operable to when the Intelligent worn device is not presently within motion state, then automatically select
The charge mode of rechargeable battery is solar charging power mode and temperature difference charge mode in the Intelligent worn device.
It is preferred that, also include：The judge module 13, is additionally operable to corresponding 3rd default according to the pattern of working at night
Whether residual capacity of battery, judge the residual capacity of battery less than the described 3rd default residual capacity of battery.
The judge module 13, is additionally operable to when the residual capacity of battery is less than the described 3rd default residual capacity of battery, then
Judge whether the Intelligent worn device is currently kept in motion.
The reminding module 14, is additionally operable to when the Intelligent worn device is currently at motion state, then point out user choosing
It is motion charge mode to select the charge mode of rechargeable battery in the Intelligent worn device.
The reminding module 14, is additionally operable to when the Intelligent worn device is not presently within motion state, then point out user
The charge mode for selecting rechargeable battery in the Intelligent worn device is temperature difference charge mode.
It is preferred that, also include：The judge module 13, is additionally operable to corresponding 4th default according to the pattern of working at night
Whether residual capacity of battery, judge the residual capacity of battery less than the described 4th default residual capacity of battery.
The judge module 13, is additionally operable to when the residual capacity of battery is less than the described 4th default residual capacity of battery, then
Judge whether the Intelligent worn device is currently kept in motion.
The selecting module 15, is additionally operable to when the Intelligent worn device is currently at motion state, then automatically select choosing
It is motion charge mode and temperature difference charge mode to select the charge mode of rechargeable battery in the Intelligent worn device.
The selecting module 15, is additionally operable to when the Intelligent worn device is not presently within motion state, then automatically select
The charge mode of rechargeable battery is temperature difference charge mode in the Intelligent worn device.
Charge control module 16, for the Intelligent worn device in user or the automatic selected charge mode
Under, the rechargeable battery is charged.
Specifically, setting solar power generation layer (embedded solar power generation film) to enter on the bundling belt of Intelligent worn device
(there is human body temperature and environment temperature using high-conversion rate thermoelectric material in row solar recharging, and thermoelectric energy converters
The temperature difference changed, as electrical potential difference) carry out temperature difference charging；Vibrational energy acquisition module is set to enter in Intelligent worn device
Row motion charging.By detecting whether the direction of motion of Intelligent worn device, angular speed, acceleration change, to judge intelligence
Whether energy wearable device is kept in motion.Solar power generation layer converts light energy into electric energy on daytime；Thermoelectric energy converters,
Experience human body temperature and the temperature difference of environment temperature presence is converted to electrical potential difference；Vibrational energy acquisition module, by people in motion
Mechanical energy produced by whipping arm is converted to electric energy.
According to still another embodiment of the invention, a kind of continuation of the journey method for improving of Intelligent worn device, comprises the following steps：
Double-layer structure is added in the bundling belt (such as watchband) of Intelligent worn device, one layer is solar power generation layer, is used
In suitable solar power generation film insertion watchband, it is ensured that sufficient smooth surface, to collect solar energy to greatest extent；Another layer
It is thermoelectric energy converters, is turned the temperature difference that human body temperature and environment temperature are present by using high-conversion rate thermoelectric material
Change, as electrical potential difference；Most crucial in Intelligent worn device is vibrational energy acquisition module, mainly includes master control submodule, people
Maneuver energy transform subblock, kinetic energy transform subblock；
Detected and judged for Intelligent worn device (such as intelligent watch) power threshold, if less than set threshold value,
Then directly open three big structures and carry out comprehensive energy conversion, electric energy is converted to collect energy to greatest extent, to extend during continuation of the journey
Between；If more than set threshold value, carrying out the logic decision of next level.
Further, for the actual electricity of intelligent watch, the setting of threshold value is carried out, and is supervised in real time by main control module
Survey with judging；If actual electricity is less than set threshold value, total instruction is carried out by main control module and controlled, three big structures are all opened
Open, current kinetic energy, heat energy, solar energy are all gathered, electric energy is converted to greatest extent and collects, lay in, it is continuous to extend
ETS estimated time of sailing；If actual electricity is more than set threshold value, the preferential judgement for carrying out motor pattern.
Motor pattern and daily routines pattern for intelligent watch are judged, if user enters motor pattern,
Vibrational energy acquisition module is opened, the collection and conversion of kinetic energy is realized.Enter in the case of User Activity for intelligent watch battery
Row charging operations, main realization principle is：Whether current master control submodule detection is motor pattern, is then to open people's maneuver energy to turn
Submodule is changed so that core component magnet arrangement is rotated, starts kinetic energy transform subblock, by produced energy input magnetic
In quoit around iron device, and produced electric energy is transferred to lithium battery.If not entering into motor pattern, but daily work
Dynamic model formula, then mechanical energy is very weak, thus carries out the judgement of another level.
Further, master control submodule detects the motion side of active user by Compass, G-sensor, Gyroscope
To, the change of angular speed, acceleration to judge user whether as motor pattern.If user enters motor pattern, master control mould
Block sends instruction unlatching work, i.e. core component magnet arrangement progress rotation to people's maneuver energy transform subblock and produces enough move
Can, then start kinetic energy transform subblock according to instruction, realize the rapid conversion of kinetic energy and electric energy, and collection of energy is done, produce
Electric energy enter magnet arrangement around quoit in be introduced in the lithium battery in equipment, to realize the deposit of electric energy.If
User does not enter into motor pattern, but daily routines pattern, then does not start above-mentioned pattern, sentence into solar energy translative mode
It is fixed.
The time interval at daytime and night is set, if on daytime, starting the solar power generation band in watchband, with maximum limit
Degree utilizes the solar energy on daytime.If at night, starting the thermoelectric energy converters in watchband, to utilize night people to greatest extent
Body heat energy.
Under daily routines pattern, according to set by software on wrist-watch in the daytime, Night judged.If in day
Between, then instruction is sent by master control submodule after temporal information is up to standard, starts the solar power generation band in watchband, with to greatest extent
Energy reserve ability is improved, electric energy is converted the solar into and is laid in real time.If at night, passing through after temporal information is up to standard
Master control submodule sends instruction, opens the thermoelectric converter in watchband, with the heat energy distributed to greatest extent using night human body, will
Human body heat energy is converted to electric energy and carries out maximum deposit.
Specifically, solar power generation layer and thermoelectric energy converters in watchband, and vibrational energy acquisition module.Fully
Solar energy, mechanical energy and heat energy when collecting intelligent watch band on wrist convert thereof into electric energy, and be connected reality with lithium battery
Now power, to extend the cruising time of intelligent watch.Pass through combined solar battery band, thermoelectric energy converters and vibrational energy
Acquisition module is measured to realize to solar energy, heat energy, the energy mobile phone of mechanical energy, conversion.Pass through intelligent decision solar cell band, heat
The startup of electric energy conversion device and the big structure of vibrational energy acquisition module three, it is more efficient to utilize solar energy, heat energy, machinery
Energy.In vibrational energy acquisition module, user movement pattern is monitored by people's maneuver energy transform subblock, by master control mould
Block to kinetic energy collecting submodule in real time start and controlled, and collects all kinetic energy.In vibrational energy acquisition module, by dynamic
Submodule, energy transform subblock can be collected and realize the conversion of kinetic energy and electric energy, and carry out energy storage, and by master control submodule
The electricity self adaptation that control is collected is transmitted to intelligent watch.
The present invention is by setting solar power generation band and thermoelectric energy converters in watchband, and vibrational energy collection mould
Block, and configuration intelligent mode identification, start different construction modules according to pattern, realize to solar energy, heat energy and machinery
The efficient collection and conversion of energy, extend the cruising time of intelligent watch to greatest extent.Meanwhile, simple to operate, principle is succinct, Yi Shi
Existing, endurance enhancing is obvious.
It should be noted that above-described embodiment can independent assortment as needed.The above is only the preferred of the present invention
Embodiment, it is noted that for those skilled in the art, is not departing from the premise of the principle of the invention
Under, some improvements and modifications can also be made, these improvements and modifications also should be regarded as protection scope of the present invention.
Claims (10)
1. the continuation of the journey method for improving of a kind of Intelligent worn device, it is characterised in that comprise the following steps：
The mode of operation that S10, acquisition Intelligent worn device are presently in, the mode of operation includes mode of operation, night in the daytime
Mode of operation；
S20, the residual capacity of battery for obtaining rechargeable battery in the Intelligent worn device；
S30, according to each self-corresponding default residual capacity of battery of every kind of mode of operation, judge the residual capacity of battery whether be less than institute
State default residual capacity of battery；
S40, when the residual capacity of battery be less than the default residual capacity of battery when, then select the charging mould of the rechargeable battery
Formula；The charge mode includes temperature difference charge mode, motion charge mode, solar charging power mode；
S50, the Intelligent worn device charge under the selected charge mode to the rechargeable battery.
2. the continuation of the journey method for improving of Intelligent worn device as claimed in claim 1, it is characterised in that：
The step S30 further comprises：
Mode of operation corresponding first presets residual capacity of battery in the daytime described in S31, basis, judges whether the residual capacity of battery is low
In the described first default residual capacity of battery；
The step S40 further comprises：
S411, when the residual capacity of battery is less than the described first default residual capacity of battery, then judge the Intelligent worn device
Currently whether it is kept in motion；
S412, it is currently at motion state when the Intelligent worn device, then points out user to select filling for the rechargeable battery
Power mode is motion charge mode；
S413, it is not presently within motion state when the Intelligent worn device, then points out user to select the rechargeable battery
Charge mode is solar charging power mode.
3. the continuation of the journey method for improving of Intelligent worn device as claimed in claim 1, it is characterised in that：
The step S30 further comprises：
Mode of operation corresponding second presets residual capacity of battery in the daytime described in S32, basis, judges whether the residual capacity of battery is low
In the described second default residual capacity of battery；
The step S40 further comprises：
S414, when the residual capacity of battery is less than the described second default residual capacity of battery, then judge the Intelligent worn device
Currently whether it is kept in motion；
S415, when the Intelligent worn device is currently at motion state, then automatically select the charging mould of the rechargeable battery
Formula is motion charge mode, solar charging power mode, and/or temperature difference charge mode；
S416, when the Intelligent worn device is not presently within motion state, then automatically select the charging of the rechargeable battery
Pattern is solar charging power mode and temperature difference charge mode.
4. the continuation of the journey method for improving of Intelligent worn device as claimed in claim 1, it is characterised in that：
The step S30 further comprises：
S33, the corresponding 3rd default residual capacity of battery of pattern of being worked at night according to, judge whether the residual capacity of battery is low
In the described 3rd default residual capacity of battery；
The step S40 further comprises：
S421, when the residual capacity of battery is less than the described 3rd default residual capacity of battery, then judge the Intelligent worn device
Currently whether it is kept in motion；
S422, it is currently at motion state when the Intelligent worn device, then points out user to select filling for the rechargeable battery
Power mode is motion charge mode；
S423, it is not presently within motion state when the Intelligent worn device, then points out user to select the rechargeable battery
Charge mode is temperature difference charge mode.
5. the continuation of the journey method for improving of the Intelligent worn device as described in any one in Claims 1 to 4, it is characterised in that：
The step S30 further comprises：
S34, the corresponding 4th default residual capacity of battery of pattern of being worked at night according to, judge whether the residual capacity of battery is low
In the described 4th default residual capacity of battery；
The step S40 further comprises：
S424, when the residual capacity of battery is less than the described 4th default residual capacity of battery, then judge the Intelligent worn device
Currently whether it is kept in motion；
S425, when the Intelligent worn device is currently at motion state, then automatically select and select filling for the rechargeable battery
Power mode is motion charge mode and temperature difference charge mode；
S426, when the Intelligent worn device is not presently within motion state, then automatically select the charging of the rechargeable battery
Pattern is temperature difference charge mode.
6. a kind of Intelligent worn device, it is characterised in that including：
Pattern acquiring module, for obtaining the mode of operation that Intelligent worn device is presently in, the mode of operation is included in the daytime
Mode of operation, pattern of working at night；
Electricity acquisition module, the residual capacity of battery for obtaining rechargeable battery in the Intelligent worn device；
Judge module, for according to each self-corresponding default residual capacity of battery of every kind of mode of operation, judging the residual capacity of battery
Whether the default residual capacity of battery is less than；
Selecting module, for when the residual capacity of battery is less than the default residual capacity of battery, then selecting the chargeable electricity
The charge mode in pond；The charge mode includes temperature difference charge mode, motion charge mode, solar charging power mode；
Charge control module, for the Intelligent worn device under the selected charge mode, to the chargeable electricity
Charged in pond.
7. Intelligent worn device as claimed in claim 6, it is characterised in that also including reminding module：
The judge module, for mode of operation corresponding first to preset residual capacity of battery in the daytime according to, judges the electricity
Whether pond surplus is less than the described first default residual capacity of battery；
The judge module, is additionally operable to when the residual capacity of battery is less than the described first default residual capacity of battery, then judge institute
State whether Intelligent worn device is currently kept in motion；
The reminding module, for being currently at motion state when the Intelligent worn device, then pointing out can described in user's selection
The charge mode of rechargeable battery is motion charge mode；
The reminding module, is additionally operable to when the Intelligent worn device is not presently within motion state, then point out user's selection institute
The charge mode for stating rechargeable battery is solar charging power mode.
8. Intelligent worn device as claimed in claim 6, it is characterised in that：
The judge module, is additionally operable to according to the corresponding second default residual capacity of battery of the mode of operation in the daytime, judge described in
Whether residual capacity of battery is less than the described second default residual capacity of battery；
The judge module, is additionally operable to when the residual capacity of battery is less than the described second default residual capacity of battery, then judge institute
State whether Intelligent worn device is currently kept in motion；
The selecting module, is additionally operable to when the Intelligent worn device is currently at motion state, then automatically selecting described can fill
The charge mode of battery is motion charge mode, solar charging power mode, and/or temperature difference charge mode；
The selecting module, is additionally operable to when the Intelligent worn device is not presently within motion state, then automatically select it is described can
The charge mode of rechargeable battery is solar charging power mode and temperature difference charge mode.
9. Intelligent worn device as claimed in claim 6, it is characterised in that：
The judge module, is additionally operable to the corresponding 3rd default residual capacity of battery of pattern of being worked at night according to, judges described
Whether residual capacity of battery is less than the described 3rd default residual capacity of battery；
The judge module, is additionally operable to when the residual capacity of battery is less than the described 3rd default residual capacity of battery, then judge institute
State whether Intelligent worn device is currently kept in motion；
The reminding module, is additionally operable to when the Intelligent worn device is currently at motion state, then point out user's selection described
The charge mode of rechargeable battery is motion charge mode；
The reminding module, is additionally operable to when the Intelligent worn device is not presently within motion state, then point out user's selection institute
The charge mode for stating rechargeable battery is temperature difference charge mode.
10. the Intelligent worn device as described in any one in claim 6~9, it is characterised in that：
The judge module, is additionally operable to the corresponding 4th default residual capacity of battery of pattern of being worked at night according to, judges described
Whether residual capacity of battery is less than the described 4th default residual capacity of battery；
The judge module, is additionally operable to when the residual capacity of battery is less than the described 4th default residual capacity of battery, then judge institute
State whether Intelligent worn device is currently kept in motion；
The selecting module, is additionally operable to when the Intelligent worn device is currently at motion state, then automatically select selection described
The charge mode of rechargeable battery is motion charge mode and temperature difference charge mode；
The selecting module, is additionally operable to when the Intelligent worn device is not presently within motion state, then automatically select it is described can
The charge mode of rechargeable battery is temperature difference charge mode.
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| CN111525671A (en) * | 2020-05-13 | 2020-08-11 | 军事科学院系统工程研究院后勤科学与技术研究所 | Wearable device with solar charging function and charging method thereof |
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