CN105807645B - A kind of method for controlling power supply and electronic equipment - Google Patents

A kind of method for controlling power supply and electronic equipment Download PDF

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Publication number
CN105807645B
CN105807645B CN201410852507.XA CN201410852507A CN105807645B CN 105807645 B CN105807645 B CN 105807645B CN 201410852507 A CN201410852507 A CN 201410852507A CN 105807645 B CN105807645 B CN 105807645B
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power supply
ontology
noumenon
supply unit
functional component
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CN105807645A (en
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高岩
朱小恬
李相昊
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Lenovo Beijing Ltd
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Lenovo Beijing Ltd
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Priority to CN201410852507.XA priority Critical patent/CN105807645B/en
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Publication of CN105807645A publication Critical patent/CN105807645A/en
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Abstract

This application provides a kind of method for controlling power supply and electronic equipments, this method is applied in the electronic equipment, the electronic equipment includes detachably connectable the first noumenon and the second ontology, the first noumenon includes frame body, fixed device and first part's functional component, first part's functional component includes first sensor and the first power supply unit, second ontology includes second part functional component, the second part functional component includes the second power supply unit, when detecting the second ontology relative to the first noumenon separation, the first power supply unit is controlled as the power supply of first part's functional component, when detecting the second ontology relative to the first noumenon combination, the second power supply unit for controlling the second ontology is that first part's functional component of the first noumenon and the second part functional component of the second ontology are powered, to ensure that first part's functional component begins It is in running order eventually, operation volume data is recorded in real time, ensure that the electronic equipment records the integrality of operation volume data.

Description

A kind of method for controlling power supply and electronic equipment
Technical field
The invention mainly relates to electronic technology fields, set more particularly to a kind of method for controlling power supply and electronics It is standby.
Background technique
Currently, the electronic equipments such as various Intelligent bracelets, wrist-watch have been commonly applied in daily life, user can be with Body carries these electronic equipments to record some data of user, and being also used as alarm clock, notepad, mobile communication facility etc. makes With very convenient and practical, correspondingly, the power consumption of these electronic equipments with multiple functions is also the user than faster It needs to charge to it just in time and can guarantee each function normal use of electronic equipment.
It has been found that in the electronic equipments use process such as existing Intelligent bracelet, wrist-watch, when its not enough power supply, The electronic equipment must be removed charging by user, thus, in a period of charging unit charges to the electronic equipment, the electricity Sub- equipment will be unable to record user data, this will be so that user data obtained by electronic equipment be sufficiently complete.
Summary of the invention
In view of this, solving electronics in the prior art the present invention provides a kind of method for controlling power supply and electronic equipment It can not work normally during equipment charge, so that it be made to record the incomplete technical problem of user data.
To achieve the goals above, this application provides following technical schemes:
A kind of method for controlling power supply is applied in electronic equipment, and the electronic equipment includes the first noumenon and the second ontology, The first noumenon includes frame body, fixed device, first part's functional component;First part's functional component includes being used for The first sensor of real-time detection and the first power supply unit;Second ontology includes the second part functional component;It is described Second part functional component includes the second power supply module, in which: the fixed device is connect with the frame body, the fixed dress It sets for the electronic equipment to be fixed on operating body, when the electronic equipment is fixed on the operation by the fixed device It is that the electronic equipment forms ring-type on body;First part's functional component is set to the fixed device or the frame body It is interior, and first part's functional component is electrically connected with first power supply unit;Second ontology and the first noumenon It is separably attached, which comprises
It detects whether second ontology separates relative to the first noumenon, generates testing result;
When the testing result indicates that second ontology is separated relative to the first noumenon, controls described first and supply Denso is set to first part's functional component power supply;
When the testing result indicates that second ontology is combined relative to the first noumenon, described second is controlled Second power supply unit of body is that first part's functional component of the first noumenon powers and control described second Second power supply unit of ontology is that the second part functional component of second ontology is powered.
Preferably, when the testing result indicates that second ontology is combined relative to the first noumenon, institute is controlled Second power supply unit for stating the second ontology is the first part's functional component power supply and control of the first noumenon Second power supply unit of second ontology is that the second part functional component power supply of second ontology includes:
When the testing result indicates that second ontology is combined relative to the first noumenon, described second for Denso It sets in the first circuit for being linked into and being connected with first part's functional component, changes the component category of first power supply unit Property, so that the second power supply unit being linked into first circuit is first power supply unit power supply.
It preferably, is the first power supply unit power supply process in the second power supply unit being linked into first circuit In, the method also includes:
Obtain the first energy storage information of first power supply unit;
The first energy storage information is compared with preset first threshold values;
When determining that the first energy storage information reaches first threshold values, controls second power supply unit and stop as institute The power supply of the first power supply unit is stated, and is disconnected in first circuit.
Preferably, described to connect when the testing result indicates that second ontology is combined relative to the first noumenon Entering to the second power supply unit in first circuit is first power supply unit power supply specifically:
Described the is controlled while the testing result indicates that second ontology is combined relative to the first noumenon One power supply unit stops being that first part's functional component is powered, and the second power supply unit triggered in the first circuit of access is First part's functional component power supply.
Preferably, when testing result indicates that second ontology is combined relative to the first noumenon, the method is also Include:
Obtain the second energy storage information of second power supply unit of second ontology;
Based on the third energy storage information under the second energy storage information and the second power supply unit full power state, calculate Second power supply unit reaches the first charging time needed for full power state;
It calculates under the first power supply unit full power state of the first noumenon to the first of first part's functional component Power-on time;
Calculate the first difference of first power-on time Yu first charging time;
When first difference is less than preset threshold, the first prompt information is exported.
Preferably, when be provided on the frame body of the first noumenon with second ontology it is described second power supply When the power interface of device output end connection, whether detection second ontology is specific relative to the first noumenon separation Are as follows:
Detect whether the power interface has level signal output.
Preferably, the second part functional component of second ontology further includes display screen, when second ontology When relative to the first noumenon combination, the first sensor data connection of the display screen and the first noumenon, institute State method further include:
Show the status information for the operating body that the first sensor of the first noumenon detects.
Preferably, the first noumenon further includes the indicator light being arranged on the frame body or the fixed device, then The method also includes:
When the status information for the operating body that the first sensor of the first noumenon detects is unsatisfactory for preset standard When, it controls the indicator light and is flashed according to preset requirement;
Wherein, when the indicator light exception, the second prompt information is exported by the display screen.
A kind of electronic equipment, the electronic equipment include: the first noumenon and the second ontology, and the first noumenon includes frame Body, fixed device, first part's functional component;First part's functional component includes the first sensor for real-time detection With the first power supply unit;Second ontology includes the second part functional component;The second part functional component includes Second power supply module, in which: the fixed device is connect with the frame body, and the fixed device is used for the electronic equipment It is fixed on operating body, the electronic equipment shape when the electronic equipment is fixed on the operating body by the fixed device Circlewise;First part's functional component is set in the fixed device or the frame body, and first part's function Energy component is electrically connected with first power supply unit;Second ontology and the first noumenon are separably attached, the electricity Sub- equipment further include:
Detection device generates testing result for whether detecting second ontology relative to the first noumenon separation;
Control device is used for when the testing result indicates that second ontology is separated relative to the first noumenon, First power supply unit is controlled as first part's functional component power supply;When the testing result indicates second ontology When relative to the first noumenon combination, second power supply unit for controlling second ontology is the institute of the first noumenon Stating the power supply of first part's functional component and controlling second power supply unit of second ontology is second ontology The second part functional component power supply.
Preferably, when the testing result indicates that second ontology is combined relative to the first noumenon, the control Device processed is specifically used for for second power supply unit being linked into the first circuit for being connected with first part's functional component, Change the element attribute of first power supply unit, so that the second power supply unit being linked into first circuit is described The power supply of first power supply unit.
Preferably, the electronic equipment further include:
First acquisition device, for obtaining the first energy storage information of first power supply unit;
First comparison unit, for the first energy storage information to be compared with preset first threshold values, and in determination When the first energy storage information reaches first threshold values, triggering the control device control the second power supply unit stopping is The first power supply unit power supply, and disconnected from the first circuit of first part's functional component.
Preferably, the electronic equipment further include:
Second acquisition device, for obtaining described second when second ontology is combined relative to the first noumenon Second energy storage information of second power supply unit of ontology;
First computing device, for based under the second energy storage information and the second power supply unit full power state Third energy storage information calculates second power supply unit and reaches the first charging time needed for full power state;
Second computing device, to described first under the first power supply unit full power state for calculating the first noumenon Divide the first power-on time of functional component;
Third computing device, for calculating the first difference of first power-on time Yu first charging time;
First suggestion device, when first difference for obtaining when the third computing device is less than preset threshold, Export the first prompt information.
Preferably, the first noumenon further include:
The power interface that can be connect with the second power supply unit output end of second ontology on the frame body is set, The power interface is used for the outputs level signals when second ontology is combined relative to the first noumenon.
Preferably, the second part functional component of second ontology further includes display screen, when second ontology When relative to the first noumenon combination, the first sensor data connection of the display screen and the first noumenon, for showing Show the status information for the operating body that the first sensor of the first noumenon detects.
Preferably, the first noumenon further includes the indicator light being arranged on the frame body or the fixed device, for referring to Show the working condition of the first sensor of the first noumenon and/or the body of the operating body that the first sensor detects Body state.
It can be seen that compared with prior art, this application provides a kind of method for controlling power supply and electronic equipment, this method Applied in the electronic equipment, which includes the first noumenon and the second ontology, and the first noumenon includes frame body, consolidates Determine device, first part's functional component;First part's functional component includes the first sensor and for real-time detection One power supply unit;Second ontology includes the second part functional component;The second part functional component includes second Power supply module, in which: the fixed device is connect with the frame body, and the fixed device is for fixing the electronic equipment It is that the electronic equipment forms ring when the electronic equipment is fixed on the operating body by the fixed device on operating body Shape;First part's functional component is set in the fixed device or the frame body, and first part's function part Part is electrically connected with first power supply unit;Second ontology and the first noumenon are separably attached, in practical application In, the first noumenon is fixed on operating body always, when whether detecting the second ontology relative to the first noumenon separation, control First power supply unit is made as first part's functional component power supply;When detecting the second ontology relative to the first When body combines, second power supply unit for controlling second ontology is first part's function part of the first noumenon Second power supply unit that second ontology was powered and controlled to part is the second part function of second ontology Component power supply, to ensure that first part's functional component of the first noumenon is in running order always, to operation volume data It is recorded in real time, ensure that the electronic equipment records the integrality of operation volume data.
Detailed description of the invention
In order to more clearly explain the embodiment of the invention or the technical proposal in the existing technology, to embodiment or will show below There is attached drawing needed in technical description to be briefly described, it should be apparent that, the accompanying drawings in the following description is only this The embodiment of invention for those of ordinary skill in the art without creative efforts, can also basis The attached drawing of offer obtains other attached drawings.
Fig. 1 is a kind of flow diagram of method for controlling power supply embodiment provided by the present application;
Fig. 2 is a kind of part flow diagram of another embodiment of method for controlling power supply provided by the present application;
Fig. 3 is the part flow diagram of another method for controlling power supply embodiment provided by the present application;
Fig. 4 is the structural schematic diagram of a kind of electronic equipment embodiment provided by the present application;
Fig. 5 is the structural schematic diagram of the specific embodiment of a kind of electronic equipment provided by the present application;
Fig. 6 is the partial structure diagram of another electronic equipment embodiment provided by the present application.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete Site preparation description, it is clear that described embodiments are only a part of the embodiments of the present invention, instead of all the embodiments.It is based on Embodiment in the present invention, it is obtained by those of ordinary skill in the art without making creative efforts every other Embodiment shall fall within the protection scope of the present invention.
This application provides a kind of method for controlling power supply and electronic equipment, this method is applied in the electronic equipment, the electricity Sub- equipment includes the first noumenon and the second ontology, and the first noumenon includes frame body, fixed device, first part's function part Part;First part's functional component includes the first sensor and the first power supply unit for real-time detection;Described second Body includes the second part functional component;The second part functional component includes the second power supply module, in which: the fixation Device is connect with the frame body, and the fixed device is used to the electronic equipment being fixed on operating body, when the fixation It is that the electronic equipment forms ring-type that the electronic equipment is fixed on the operating body by device;First part's function part Part is set in the fixed device or the frame body, and first part's functional component and first power supply unit electricity Connection;Second ontology and the first noumenon are separably attached, and in practical applications, the first noumenon is fixed on behaviour always Make on body, when whether detecting the second ontology relative to the first noumenon separation, controlling first power supply unit is institute State the power supply of first part's functional component;When detecting that the second ontology is combined relative to the first noumenon, control described second Second power supply unit of ontology is first part's functional component power supply of the first noumenon and controls described the Second power supply unit of two ontologies is that the second part functional component of second ontology is powered, to ensure that this First part's functional component of the first noumenon is in running order always, is recorded in real time to operation volume data, ensure that this Electronic equipment records the integrality of operation volume data.
A kind of flow diagram of method for controlling power supply embodiment of the application shown in referring to Fig.1, the method for controlling power supply It is applied particularly in electronic equipment, which may include: the first noumenon and the second ontology, and the first noumenon includes frame Frame body, fixed device, first part's functional component;First part's functional component includes the first sensing for real-time detection Device and the first power supply unit;Second ontology includes the second part functional component;The second part functional component packet Include the second power supply module, in which: the fixed device is connect with the frame body, and the fixed device is for setting the electronics It is standby to be fixed on operating body, it is the electronic equipment on the operating body when the electronic equipment is fixed on by the fixed device It is formed cyclic annular;First part's functional component is set in the fixed device or the frame body, and the first part Functional component is electrically connected with first power supply unit;Second ontology and the first noumenon are separably attached, then originally Method for controlling power supply provided by embodiment can specifically include following steps:
Step S11: whether detection second ontology separates relative to the first noumenon, generates testing result.
In the present embodiment practical application, in order to guarantee that electronic equipment can record user data in real time, the electronic equipment The first noumenon must be fixed on always on operating body (i.e. user) so that the first intracorporal first part's functional component The status information of first sensor real-time detection operating body, such as when pulse, heartbeat health information or operator's movement Between, sleeping time etc., to inquire or to refer to from now on.
Wherein, it for the electric power thus supplied of the first noumenon, can be by the first noumenon self-contained first for Denso It is set to the power supply of first part's functional component, it can also be after the second ontology be relative to the first noumenon combination, by the of the second ontology Two power supply units are that first part's functional component of the first noumenon is powered, as long as can guarantee the first noumenon power supply state not Interruption.
Optionally, in the embodiment of the present application, it may be provided with power interface on the frame body of the first noumenon, which connects Mouth is used to connect when the second ontology is combined relative to the first noumenon with the second power supply unit output end of second ontology, and Outputs level signals, thus, it, can be by detecting whether the power interface has level signal defeated in the present embodiment practical application Out, come detect the second ontology whether relative to the first noumenon separate.
Certainly, a suggestion device can also be arranged on the frame body or fixed device of the first noumenon in the application, this is mentioned Showing device output can combine prompt information when the second ontology is combined relative to the first noumenon, thus, in practical applications, pass through Detect whether the suggestion device exports combination prompt information, to determine the second ontology whether relative to the first noumenon combination.
Wherein, which is specifically as follows indicator light, buzzer or voice module etc., and the application does not make this to have Body limits.
It should be noted that detection can also be reached using other modes other than the two ways of foregoing description The purpose whether two ontologies separate relative to the first noumenon, the application will not enumerate herein.
Step S12: when the testing result indicates that the second ontology is separated relative to the first noumenon, the first power supply unit is controlled For the power supply of first part's functional component.
In practical applications, after the second ontology is separated relative to the first noumenon, need to guarantee the first of the first noumenon The energy storage of power supply unit can support first part's functional component to work, until the second ontology is combined relative to the first noumenon.? That is the first noumenon non-stop run in order to guarantee electronic equipment is wanted when the second ontology is separated relative to the first noumenon The first power supply unit energy storage of the first noumenon is asked to meet certain condition, such as the first power supply unit is in full power state.
Wherein, the first power supply unit be first part's functional component power supply process in, can real-time detection this first power supply The current energy storage information of device exports the prompt information of the first power supply unit not enough power supply, when it reaches certain threshold values to mention The user that wakes up combines the second ontology with the first noumenon.
It optionally, is in first part's functional component power supply process, when exporting the first power supply unit in the first power supply unit It, can be directly opposite by second ontology if the second power supply unit charging complete of the second ontology when the prompt information of not enough power supply It is combined in the first noumenon;If the second power supply unit charging unfinished of the second ontology, the first power supply unit electricity of output may wait for When too low prompt information, then combine the second ontology relative to the first noumenon.
As it can be seen that when the first power supply unit low battery, no matter the second power supply unit of the second ontology whether charging complete, It to guarantee that the first noumenon work is uninterrupted, needs to combine the second ontology relative to the first noumenon, so as to by the of the second ontology Two power supply units are that first part's functional component and second part functional component are powered.
Step S13: when the testing result indicates that the second ontology is combined relative to the first noumenon, the of the second ontology of control Two power supply units are that the second power supply unit of the second ontology of the power supply of first part's functional component and control of the first noumenon is the The second part functional component of two ontologies is powered.
In the present embodiment practical application, once it is determined that the second ontology relative to the first noumenon combine, can by this second Second power supply unit of ontology is first part's functional component of the first noumenon and the second part function of the second ontology itself Component power supply.
Specifically, this second when above-mentioned testing result indicates that second ontology is combined relative to the first noumenon Second power supply unit of ontology is linked into the first circuit for being connected with first part's functional component, meets the first part The power demand of functional component, and the element attribute for changing first power supply unit becomes power consumption attribute from for electrical properties, from And first power supply unit is made to become a power consumption module from a power supply module, at this point it is possible to by being linked into described first The second power supply unit in circuit is first power supply unit power supply.
Certainly, it should be noted that when determining the second ontology relative to the first noumenon combination, it is not excluded that supplied by first Electric installation continues as the power supply of first part's functional component, by the second power supply unit is again the when the first power supply unit not enough power supply Part of functions component is powered this implementation, and the scope of the present invention is still fallen within.
Based on above-mentioned analysis, in the embodiment of the present application, since the first noumenon of electronic equipment and the second ontology are can to divide From connection, the first noumenon includes the first power supply unit, and the second ontology includes the second power supply unit, thus, it wears in operating body During wearing the electronic equipment, if prompt the second ontology the second power supply unit not enough power supply, can directly by the second ontology with The first noumenon separation, is continued to power, to ensure that the electronic equipment by self-contained first power supply unit of the first noumenon Non-stop run, the operation volume data for recording it is complete, later, can when prompting the first power supply unit not enough power supply again Again it combines the second ontology after charging with the first noumenon, is again the first noumenon by the second power supply unit of second ontology First part's functional component and the second ontology second part functional component power supply, thus guarantee two parts functional component just Often work while so that first power supply unit is reached full power state again, so as to the second ontology relative to the first noumenon again It powers when separation for first part's functional component.It can be seen that provided by the embodiments of the present application applied to above-mentioned electronic equipment Method for controlling power supply can not work normally during solving existing electronic equipment charging, so that it is endless so that it is recorded user data Whole technical problem.
It should be noted that in the application practical application, as long as the second power supply unit access the first noumenon is connected with First circuit of first part's functional component, second power supply unit will be always first part's function part in the first circuit Part power supply, even if the first power supply unit of first part's functional component has been filled with electricity, which can be still the The power supply of one power supply unit.However, the second power supply unit is always this charging modes of fully charged the first power supply unit power supply, It necessarily will cause the waste of the energy, and first power supply unit also can influence service life because charging excessively, in order to solve this One problem, on the basis of the above embodiments, a kind of another reality of method for controlling power supply provided by the present application as shown in connection with fig. 2 The part flow diagram for applying example, when testing result indicate the second ontology relative to the first noumenon combine, and access first electricity Second power supply unit on road is in the first power supply unit power supply process, and the method for controlling power supply that the present embodiment please provide can also wrap It includes:
Step S21: the first energy storage information of the first power supply unit is obtained.
Wherein, which may include the current energy storage of first power supply unit, can also include the current storage The percentage that can be accounted in the specified energy storage of the first power supply unit (i.e. energy storage under the first power supply unit full power state), in addition, Can also include first power supply unit from current energy storage reach specified energy storage needed for charging time etc..
Step S22: the first energy storage information is compared with preset first threshold values.
Wherein, preset first threshold values can be in corresponding energy storage information under full power state for the first power supply unit, have Body can be the specified energy storage of first power supply unit.
Step S23: it when determining that the first energy storage information reaches first threshold values, controls second power supply unit and stops It only powers for first power supply unit, and is disconnected in first circuit.
In the present embodiment, it is in the first power supply unit charging process in the second power supply unit, when determining second for Denso Be set to the first power supply unit it is fully charged when, can stop for the power supply of the first power supply unit, and by second power supply unit from connection There is the first Circuit Interrupt of first part's functional component to open, charged so as to avoid energy waste and the first power supply unit It measures and influences service life.
Wherein, when the first energy storage information for determining the first power supply unit reaches the first threshold values, exportable first for Denso Set the prompt information of charging complete, the application does not limit the prompting mode of the prompt information herein, can by certain indicator light, can To be voice mode etc..
Optionally, on the basis of the various embodiments described above, in order to further ensure the first noumenon 24 hours and operating body exist Together, make to monitor operating body in real time the first sensor of ontology, another kind provided by the present application as shown in connection with fig. 3 The part flow diagram of method for controlling power supply embodiment, when above-mentioned testing result indicates that the second ontology is combined with respect to the first noumenon When, which can also include:
Step S31: obtain second power supply unit of the second ontology the second energy storage information.
It will be the by the second power supply unit according to above-mentioned analysis it is found that after the second ontology is combined relative to the first noumenon Part of functions component and the power supply of second part functional component, at this point, second power supply unit will fill the first power supply unit Electricity reaches full power state, meanwhile, the energy storage of the second power supply unit will be gradually reduced, in practical applications, can real-time detection The energy storage information of second power supply unit, to charge in time in its not enough power supply.
Step S32: based on the third energy storage under the second energy storage information and the second power supply unit full power state Information calculates second power supply unit and reaches the first charging time needed for full power state.
In the present embodiment practical application, due to the current energy storage, specified energy storage and charging unit of the second power supply unit For the second power supply unit charging rate all it can be seen that, thus, can be based on known to these in the second power supply unit power supply process Amount calculates in real time the second power supply unit being charged to the first charging time required for specified energy storage from current energy storage.
Step S33: it calculates under the first power supply unit full power state of the first noumenon to first part's function part First power-on time of part.
Wherein, when the second ontology relative to the first noumenon separate when, be by the first power supply unit be first part's function part Part power supply, at this point, first part's functional component is unique power consumption module, since it includes the power consumption rates of each device to determine, Thus, in the specified energy storage of known first power supply unit and energy storage allowance, (i.e. the first power supply unit not can guarantee first part's function Component corresponding remaining energy storage when continuing to work normally) when, it can the power consumption based on these known quantities and first part's functional component Speed determines the first power-on time of first power supply unit, i.e., maximum power-on time.
Step S34: the first difference of first power-on time and first charging time is calculated;
Step S35: when first difference is less than preset threshold, the first prompt information is exported.
It should be noted that, if the second ontology is separated with the first noumenon, this first in the practical application of the present embodiment First part's functional component of ontology will be powered by the first power supply unit, and the second power supply unit will be charged by charging unit.? During being somebody's turn to do, in order to guarantee the first sensor uninterrupted sampling of the first noumenon, it is desirable that electronic equipment output first is for Denso Set low battery, when the prompt information that the first noumenon will stop working, the second power supply unit has been filled with electricity, that is to say, that when When first power supply unit is out of power fastly, the guarantee of the second power supply unit has been filled substantially with electricity, that is, above-mentioned second be calculated is required to supply First charging time of electric installation is less than the first power-on time of the first power supply unit.
There are certain safety allowance, the present embodiment can be in the first power-on time and the first charging time When first difference is less than preset threshold, the second power supply unit of output needs the first prompt information for charging, with inform operating body and When charge to the second power supply unit.
Optionally, on the basis of the various embodiments described above, the second part functional component of the second ontology can also be wrapped Display screen is included, when second ontology is combined relative to the first noumenon, which can pass with the first of the first noumenon Sensor data connection, for showing the status information of operating body that the first sensor of the first noumenon detects.
If i.e. the second ontology is combined relative to the first noumenon under normal circumstances so that electronic equipment is smartwatch as an example When, other than the electronic equipment of the application is by the second power supply unit power supply of the second ontology, which has existing at this time Smartwatch various functions under normal circumstances, such as timing, display, detection, alarm, for details, reference can be made to existing intelligent hands The description of table, this will not be detailed here by the application, moreover, when the second ontology is combined relative to the first noumenon, the electronic equipment The display screen of second ontology is the equal of the display screen of existing smartwatch, when having the display of existing smartwatch display screen Between, detection data etc. function, at this point, operating body can learn its physical condition by checking the display content of display screen, so as to It is treated in time when something goes wrong in operating body body.
It certainly,, can when the status information for detecting operating body is unsatisfactory for preset standard in the present embodiment practical application It is reminded by the display screen, such as enhances the color of the display brightness of display screen, the light for changing display screen, the application couple This is not especially limited.In addition, unlike the display screen of existing smartwatch, the of electronic equipment provided by the present application The display screen of two ontologies can also show the first power supply unit of the first noumenon energy storage state information and the second ontology Energy storage state information of two power supply units etc..
Optionally, on the basis of the above embodiments, in order to the second ontology relative to the first noumenon separation after, the electronics Equipment still is able to be reminded when the status information of the operating body detected is unsatisfactory for preset standard, and the application can be with Indicator light is set on the frame body or fixed device of the first noumenon, passes through the first of the flashing instruction the first noumenon of the indicator light Sensor is to operating body body or otherwise detection, and the behaviour detected in the first sensor of the first noumenon When making the status information of body and being unsatisfactory for preset standard, when such as detecting the heart abnormality of operating body, control the indicator light according to Preset requirement flashing, to remind operating body to treat in time.
It, can when the second ontology is combined relative to the first noumenon based on above-mentioned analysis it is found that in the application practical application Real-time detection content is shown by the display screen of the second ontology, certainly, the indicator light of the first noumenon can also indicate reality simultaneously at this time When detection case;And when the second ontology is separated relative to the first noumenon, the electronics will be indicated by the indicator light of the first noumenon Equipment is to the real-time detection situation of operating body, so that ensure that can be to operating body reality when the electronic equipment is in any state When monitor.
It wherein,, can be by above-mentioned display screen if the indicator light does not work always when the second ontology is combined relative to the first noumenon Show above-mentioned testing result and corresponding suggestion content etc..
It can be seen that the embodiment of the present application is by the status information of real-time detection operating body, when monitoring operating body body When something goes wrong i.e. and its status information is when being unsatisfactory for preset standard, it is reminded by modes such as display screen or indicator lights, is Operating body has got golden hour.
Referring to the structural schematic diagram of the application a kind of electronic equipment embodiment shown in Fig. 4, in the present embodiment, which is set Standby may include: the first noumenon 41 and the second ontology 42, and the first noumenon 41 includes frame body 411, fixed device 412, the Part of functions component 413;First part's functional component 413 includes the first sensor 4131 and for real-time detection One power supply unit 4132.Second ontology 42 includes the second part functional component 421, the second part functional component 421 include the second power supply module 4211.
Wherein, the fixed device 412 is connect with the frame body 411, and the fixed device 412 is used for the electronics Equipment is fixed on operating body, the electricity when the electronic equipment is fixed on the operating body by the fixed device 412 Sub- equipment forms ring-type, then the electronic equipment can be fixed on wrist, the neck of operating body by the application by the fixation device 412 Equal positions, as shown in figure 5, the electronic equipment can be smartwatch.
First part's functional component 413 is set in the fixed device 412 or the frame body 411, and described First part's functional component 413 is electrically connected with first power supply unit 4132;Second ontology 42 and the first noumenon 41 is separably attached, and the electronic equipment can also include:
Detection device 43 generates detection knot for whether detecting second ontology relative to the first noumenon separation Fruit.
Control device 44, for indicating that second ontology is separated relative to the first noumenon when the testing result When, first power supply unit is controlled as first part's functional component power supply;When the testing result indicates described second When ontology is combined relative to the first noumenon, second power supply unit for controlling second ontology is the first noumenon First part's functional component power supply and control second ontology second power supply unit be described second The second part functional component of body is powered.
Specifically, when the testing result indicates that second ontology is combined relative to the first noumenon, the control Device 44 processed is specifically used for for second power supply unit being linked into the first circuit for being connected with first part's functional component In, the element attribute of first power supply unit is become into power consumption attribute from for electrical properties, so that being linked into first electricity The second power supply unit in road is first power supply unit power supply.
Optionally, which can also include: that be arranged on the frame body can be with the of second ontology The power interface of two power supply unit output ends connection, wherein the power interface can be used in second ontology relative to described Outputs level signals when the first noumenon combines, thus, in the present embodiment practical application, detection device 43 can be by detecting the electricity Whether whether source interface has outputs level signals, to determine second ontology relative to the first noumenon combination.
Certainly, instruction device can also be arranged on frame body or fixed device in the application, when the second ontology is relative to the One ontology exports preset prompt information when combining, thus, in the present embodiment practical application, detection device 43 can pass through detection Whether whether the suggestion device has preset prompt information, to determine second ontology relative to the first noumenon combination.
It should be noted that whether the application can also detect the second ontology using other modes other than aforesaid way It is combined relative to the first noumenon, the application will not enumerate herein, only if it were not for those skilled in the art pay creative labor Dynamic determination, belong to the scope of the present invention.
In conjunction with above-mentioned analysis it is found that in the practical application of electronic equipment provided by the embodiments of the present application, when the second ontology When relative to the first noumenon combination, by the of first part's functional unit and the second ontology that the second power supply unit is the first noumenon Two partial function components power supply, when the second ontology is separated relative to the first noumenon, by the first power supply unit of the first noumenon For first part's functional component power supply, thus ensure that first part's functional component of the first noumenon of the electronic equipment not between Cut-off electricity, enables the status information of its first sensor real-time detection operating body.
Optionally, on the basis of the above embodiments, first part's functional component 413 of the first noumenon 41 can also wrap It includes:
First acquisition device, for obtaining the first energy storage information of first power supply unit.
First comparison unit, for the first energy storage information to be compared with preset first threshold values, and in determination When the first energy storage information reaches first threshold values, triggers the control device 44 and control the second power supply unit stopping It powers for first power supply unit, and is disconnected from the first circuit of first part's functional component.
In practical applications, when the energy storage information of the first power supply unit reaches the first threshold values, illustrate this first for Denso Charging complete is set, when determining that the first power supply unit is fully charged, stopping continues to power the present embodiment to the first power supply unit, and will Second power supply unit is opened from the first Circuit Interrupt, so that the logical protection realized to the first fully charged power supply unit, avoids First power supply unit charging is excessive and influences service life.
Preferably, referring to the partial structure diagram of another electronic equipment of the application shown in fig. 6, in above-mentioned each implementation On the basis of example, electronic equipment provided in this embodiment can also include:
Second acquisition device 61, for when second ontology combine relative to the first noumenon, acquisition described the Second energy storage information of second power supply unit of two ontologies.
First computing device 62, for based under the second energy storage information and the second power supply unit full power state Third energy storage information, calculate second power supply unit and reach the first charging time needed for full power state;
Second computing device 63, to described first under the first power supply unit full power state for calculating the first noumenon First power-on time of partial function component;
Third computing device 64, for calculating the first difference of first power-on time Yu first charging time;
First suggestion device 65, first difference for obtaining when the third computing device are less than preset threshold When, export the first prompt information.
Wherein, which is specifically as follows indicator light, buzzer, voice module or display etc., this Shen Please this is not especially limited.
In conjunction with embodiment of the method corresponding part description it is found that in the present embodiment practical application, the second ontology relative to The first noumenon combination, by the second power supply unit be first part's functional component and second part functional component power supply process in, when When meeting above-mentioned time requirement, will by the first suggestion device export the first prompt information, with remind operating body by the second ontology with The first noumenon separation, and charge to the second power supply unit of second ontology, so that the electricity of the first power supply unit is finished When, the second power supply unit has been filled with, and guarantees first part's functional component non-stop run of the first noumenon.
As another embodiment of the present invention, by taking smartwatch as an example, as shown in figure 5, described the of second ontology 42 Two partial function components 421 further include display screen 4212, when second ontology 42 is combined relative to the first noumenon 41, 4131 data connection of first sensor of the display screen 4212 and the first noumenon 41, for showing the first noumenon 41 The status information of the operating body that detects of the first sensor.
It should be noted that the electronic equipment is equivalent to existing when electronic equipment is in assembled state shown in fig. 5 Smartwatch, the institute with existing smartwatch is functional, realizes the real time monitoring to operating body, difference is only the application The electronic equipment of offer is powered by the second power supply unit of the second ontology, rather than the first power supply unit of the first noumenon is powered. Wherein, record of the prior art to smartwatch, this Shen be can refer to about the concrete function of electronic equipment in the state shown in fig. 5 It please this will not be detailed here.
When the second ontology of electronic equipment is separated relative to the first noumenon, the electronic equipment is obtained in order to facilitate the operation of body Situation is monitored to operating body in real time, which can also include being arranged in the frame body 411 or the fixed device Indicator light on 412 is used to indicate the working condition and/or first sensor inspection of the first sensor of the first noumenon The physical condition of the operating body measured.Thus, only when the first noumenon and operating body are when integrated, different indicator lights can be passed through Flashing indicate the current monitor situation of the electronic equipment, then, operating body can by checking the flashing state of indicator light, Real-time detection information is learnt, to determine that body treats in time when something goes wrong.
It can be seen that utilizing the display screen of the second ontology and first in the application of electronic equipment provided by the present application The indicator light of ontology realizes instruction or display of the electronic equipment to operating body real-time detection situation, goes out operating body body It is reminded in time when existing problem.
Each embodiment in this specification is described in a progressive manner, the highlights of each of the examples are with other The difference of embodiment, the same or similar parts in each embodiment may refer to each other.For electronics disclosed in embodiment For equipment, since it is corresponding with method disclosed in embodiment, so being described relatively simple, related place is referring to method part Explanation.
It should be noted that, in this document, relational terms such as first and second and the like are used merely to a reality Body or operation are distinguished with another entity or operation, are deposited without necessarily requiring or implying between these entities or operation In any actual relationship or order or sequence.Moreover, the terms "include", "comprise" or its any other variant are intended to Non-exclusive inclusion, so that the process, method, article or equipment including a series of elements is not only wanted including those Element, but also including other elements that are not explicitly listed, or further include for this process, method, article or equipment Intrinsic element.In the absence of more restrictions, the element limited by sentence "including a ...", it is not excluded that There is also other identical elements in process, method, article or equipment including the element.
The foregoing description of the disclosed embodiments enables those skilled in the art to implement or use the present invention. Various modifications to these embodiments will be readily apparent to those skilled in the art, as defined herein General Principle can be realized in other embodiments without departing from the spirit or scope of the present invention.Therefore, of the invention It is not intended to be limited to the embodiments shown herein, and is to fit to and the principles and novel features disclosed herein phase one The widest scope of cause.

Claims (15)

1. a kind of method for controlling power supply, which is characterized in that be applied to electronic equipment in, the electronic equipment include the first noumenon and Second ontology, the first noumenon include frame body, fixed device, first part's functional component;First part's function part Part includes the first sensor and the first power supply unit for real-time detection;Second ontology includes second part function part Part;The second part functional component includes the second power supply module, in which: the fixed device is connect with the frame body, institute Fixed device is stated for the electronic equipment to be fixed on operating body, when the electronic equipment is fixed on by the fixed device It is that the electronic equipment forms ring-type on the operating body;First part's functional component is set to the fixed device or institute It states in frame body, and first part's functional component is electrically connected with first power supply unit;Second ontology with it is described The first noumenon is separably attached, which comprises
It detects whether second ontology separates relative to the first noumenon, generates testing result;
When the testing result indicates that second ontology is separated relative to the first noumenon, control described first is for Denso It is set to first part's functional component power supply;
When the testing result indicates that second ontology is combined relative to the first noumenon, second ontology is controlled Second power supply unit is first part's functional component power supply of the first noumenon and controls second ontology Second power supply unit be second ontology the second part functional component power.
2. the method according to claim 1, wherein when the testing result indicate second ontology relative to When the first noumenon combines, second power supply unit for controlling second ontology is described the first of the first noumenon Second power supply unit that second ontology was powered and controlled to partial function component is described the of second ontology Two partial function components are powered
When the testing result indicates that second ontology is combined relative to the first noumenon, second power supply unit is connect Enter to being connected in the first circuit of first part's functional component, changes the element attribute of first power supply unit, with So that the second power supply unit being linked into first circuit is first power supply unit power supply.
3. according to the method described in claim 2, it is characterized in that, in the second power supply unit being linked into first circuit For in the first power supply unit power supply process, the method also includes:
Obtain the first energy storage information of first power supply unit;
The first energy storage information is compared with preset first threshold values;
When determining that the first energy storage information reaches first threshold values, controlling second power supply unit and stopping is described the The power supply of one power supply unit, and disconnected in first circuit.
4. according to the method described in claim 2, it is characterized in that, when the testing result indicate second ontology relative to When the first noumenon combines, second power supply unit being linked into first circuit is first power supply unit confession Electricity specifically:
Described first is controlled while the testing result indicates that second ontology is combined relative to the first noumenon to supply Electric installation stops being that first part's functional component is powered, and the second power supply unit triggered in the first circuit of access is described The power supply of first part's functional component.
5. according to the method described in claim 3, it is characterized in that, when testing result indicates second ontology relative to described When the first noumenon combines, the method also includes:
Obtain the second energy storage information of second power supply unit of second ontology;
Based on the third energy storage information under the second energy storage information and the second power supply unit full power state, described in calculating Second power supply unit reaches the first charging time needed for full power state;
Calculate the first power supply under the first power supply unit full power state of the first noumenon to first part's functional component Time;
Calculate the first difference of first power-on time Yu first charging time;
When first difference is less than preset threshold, the first prompt information is exported.
6. method according to claim 1-5, which is characterized in that when on the frame body of the first noumenon When being provided with the power interface connecting with the second power supply unit output end of second ontology, the detection described second Whether ontology separates relative to the first noumenon specifically:
Detect whether the power interface has level signal output.
7. method according to claim 1-5, which is characterized in that the second part function of second ontology Can component further include display screen, when second ontology combine relative to the first noumenon, the display screen and described the The first sensor data connection of one ontology, the method also includes:
Show the status information for the operating body that the first sensor of the first noumenon detects.
8. the method according to the description of claim 7 is characterized in that the first noumenon further include setting in the frame body or Indicator light on the fixed device, then the method also includes:
When the status information for the operating body that the first sensor of the first noumenon detects is unsatisfactory for preset standard, control The indicator light is made to flash according to preset requirement;
Wherein, when the indicator light exception, the second prompt information is exported by the display screen.
9. a kind of electronic equipment, which is characterized in that the electronic equipment includes: the first noumenon and the second ontology, the first Body includes frame body, fixed device, first part's functional component;First part's functional component includes for real-time detection First sensor and the first power supply unit;Second ontology includes second part functional component;The second part function part Part includes the second power supply module, in which: the fixed device is connect with the frame body, and the fixed device is used for the electricity Sub- equipment is fixed on operating body, the electronics when the electronic equipment is fixed on the operating body by the fixed device Equipment forms ring-type;First part's functional component is set in the fixed device or the frame body, and described first Partial function component is electrically connected with first power supply unit;Second ontology and the first noumenon are separably attached, The electronic equipment further include:
Detection device generates testing result for whether detecting second ontology relative to the first noumenon separation;
Control device, for controlling when the testing result indicates that second ontology is separated relative to the first noumenon First power supply unit is first part's functional component power supply;When the testing result indicates that second ontology is opposite When the first noumenon combination, second power supply unit for controlling second ontology is described the of the first noumenon Second power supply unit that second ontology was powered and controlled to part of functions component is the described of second ontology The power supply of second part functional component.
10. electronic equipment according to claim 9, which is characterized in that when the testing result indicates second ontology When relative to the first noumenon combination, the control device is specifically used for second power supply unit being linked into connection It states in the first circuit of first part's functional component, changes the element attribute of first power supply unit, so that being linked into institute The second power supply unit in the first circuit is stated as first power supply unit power supply.
11. electronic equipment according to claim 10, which is characterized in that the electronic equipment further include:
First acquisition device, for obtaining the first energy storage information of first power supply unit;
First comparison unit, for the first energy storage information to be compared with preset first threshold values, and described in the determination When first energy storage information reaches first threshold values, it is described for triggering the control device and controlling the second power supply unit stopping The power supply of first power supply unit, and disconnected from the first circuit of first part's functional component.
12. electronic equipment according to claim 11, which is characterized in that the electronic equipment further include:
Second acquisition device, for obtaining second ontology when second ontology is combined relative to the first noumenon Second power supply unit the second energy storage information;
First computing device, for based on the third under the second energy storage information and the second power supply unit full power state Energy storage information calculates second power supply unit and reaches the first charging time needed for full power state;
Second computing device, to first part's function under the first power supply unit full power state for calculating the first noumenon First power-on time of energy component;
Third computing device, for calculating the first difference of first power-on time Yu first charging time;
First suggestion device, when first difference for obtaining when the third computing device is less than preset threshold, output First prompt information.
13. according to the described in any item electronic equipments of claim 9-12, which is characterized in that the first noumenon further include:
The power interface that can be connect with the second power supply unit output end of second ontology on the frame body is set, it is described Power interface is used for the outputs level signals when second ontology is combined relative to the first noumenon.
14. according to the described in any item electronic equipments of claim 9-12, which is characterized in that described the second of second ontology Partial function component further includes display screen, when second ontology is combined relative to the first noumenon, the display screen with The first sensor data connection of the first noumenon, for showing what the first sensor of the first noumenon detected The status information of the operating body.
15. electronic equipment according to claim 14, which is characterized in that the first noumenon further includes being arranged in the frame body Or the indicator light on the fixed device, it is used to indicate the working condition of the first sensor of the first noumenon and/or described The physical condition for the operating body that first sensor detects.
CN201410852507.XA 2014-12-31 2014-12-31 A kind of method for controlling power supply and electronic equipment Active CN105807645B (en)

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CN201410852507.XA CN105807645B (en) 2014-12-31 2014-12-31 A kind of method for controlling power supply and electronic equipment
DE102015211782.0A DE102015211782B4 (en) 2014-12-31 2015-06-25 Electronic device and method for controlling a power supply to the electronic device
DE102015017210.7A DE102015017210B4 (en) 2014-12-31 2015-06-25 Electronic device and method for controlling a power supply to the electronic device
US14/755,657 US9851753B2 (en) 2014-12-31 2015-06-30 Electronic device and method for controlling power supply of electronic device

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CN112147876A (en) * 2020-09-18 2020-12-29 维沃移动通信有限公司 Wearable device, control method and control device of wearable device

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CN1367630A (en) * 2001-01-22 2002-09-04 诺基亚有限公司 Portable telephone
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