CN105807645A - Power supply control method and electronic equipment - Google Patents
Power supply control method and electronic equipment Download PDFInfo
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- CN105807645A CN105807645A CN201410852507.XA CN201410852507A CN105807645A CN 105807645 A CN105807645 A CN 105807645A CN 201410852507 A CN201410852507 A CN 201410852507A CN 105807645 A CN105807645 A CN 105807645A
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Abstract
The invention provides a power supply control method and electronic equipment, and the method is used in the electronic equipment. The electronic equipment comprises a first body and a second body, which are in separable connection. The first body comprises a frame body, a fixed device, and a first portion function part, wherein the first portion function part comprises a first sensor and a first power supply device. The second body comprises a second portion function part, and the second portion function part comprises a second power supply device. When the second body is detected to be separated from the first body, the first power supply device is controlled to supply power to the first portion function part. When the second body is detected to be combined relative to the first body, the second power supply device of the second body is controlled to supply power to the first portion function part of the first body and the second portion function part of the second body, thereby guaranteeing that the first portion function part is always in a working state for recording the operation volume data, and guaranteeing the integrity of the operation volume data recorded by the electronic equipment.
Description
Technical field
The invention mainly relates to electronic technology field, more particularly to a kind of method for controlling power supply and electronic equipment.
Background technology
At present, the electronic equipments such as various Intelligent bracelet, wrist-watch have been commonly applied in daily life, user can carry with these electronic equipments to record some data of user, it is also used as alarm clock, notepad, mobile communication facility etc. to use, very convenient and practical, correspondingly, these power consumption of electronic equipment with several functions be also ratio faster, user needs in time its charging each function of guarantee electronic equipment normally to be used.
It is found by the applicant that, in the electronic equipment use procedures such as existing Intelligent bracelet, wrist-watch, when its electricity deficiency, this electronic equipment must be taken off charging by user, thus, within the period that this electronic equipment is charged by charging device, this electronic equipment will be unable to record user data, and this will make electronic equipment gained user data sufficiently complete.
Summary of the invention
In view of this, the invention provides a kind of method for controlling power supply and electronic equipment, solve in prior art during electronic equipment charging cannot normal operation so that its record incomplete technical problem of user data.
To achieve these goals, this application provides techniques below scheme:
A kind of method for controlling power supply, is applied in electronic equipment, and described electronic equipment includes the first noumenon and the second body, and described the first noumenon includes frame body, fixing device, Part I functional part；Described Part I functional part includes the first sensor for detecting in real time and the first electric supply installation；Described second body includes described Part II functional part；Described Part II functional part includes the second supply module, wherein: described fixing device is connected with described frame body, described fixing device, for described electronic equipment is fixed on operating body, is that described electronic equipment forms ring-type when described electronic equipment is fixed on described operating body by described fixing device；Described Part I functional part is arranged in described fixing device or described frame body, and described Part I functional part electrically connects with described first electric supply installation；Described second body is separably attached with described the first noumenon, and described method includes:
Detect whether described second body separates relative to described the first noumenon, produce testing result；
When described testing result represents that described second body separates relative to described the first noumenon, controlling described first electric supply installation is that described Part I functional part is powered；
When described testing result represents that described second body combines relative to described the first noumenon, control the described Part I functional part that described second electric supply installation is described the first noumenon of described second body and power and control the described Part II functional part that described second electric supply installation is described second body of described second body and power.
Preferably, when described testing result represents that described second body combines relative to described the first noumenon, control the described Part I functional part that described second electric supply installation is described the first noumenon of described second body and power and control the described Part II functional part that described second electric supply installation is described second body of described second body and power and include:
When described testing result represents that described second body combines relative to described the first noumenon, described second electric supply installation is linked in the first circuit being connected to described Part I functional part, change the element attribute of described first electric supply installation, power so that the second electric supply installation being linked in described first circuit is described first electric supply installation.
Preferably, the second electric supply installation in being linked into described first circuit is that in described first electric supply installation power supply process, described method also includes:
Obtain the first energy storage information of described first electric supply installation；
Described first energy storage information is compared with the first threshold values preset；
When determining that described first energy storage information reaches described first threshold values, control described second electric supply installation and stop powering for described first electric supply installation, and disconnect from described first circuit.
Preferably, when described testing result represents that described second body combines relative to described the first noumenon, described in be linked in described first circuit the second electric supply installation be described first electric supply installation power particularly as follows:
When described testing result represents that controlling described first electric supply installation relative to described the first noumenon while described second body combines stops powering for described Part I functional part, and the second electric supply installation triggered in access the first circuit is that described Part I functional part is powered.
Preferably, when testing result represents that described second body combines relative to described the first noumenon, described method also includes:
Obtain the second energy storage information of described second electric supply installation of described second body；
Based on the 3rd energy storage information under described second energy storage information and described second electric supply installation full power state, calculate described second electric supply installation and reach the first charging interval needed for full power state；
Calculate the first power-on time to described Part I functional part under the first electric supply installation full power state of described the first noumenon；
Calculate the first difference of described first power-on time and described first charging interval；
When described first difference is less than pre-set threshold value, export the first information.
Preferably, when the power interface that the described second electric supply installation outfan being provided with on the described frame body of described the first noumenon with described second body is connected, described second body of described detection whether separate relative to described the first noumenon particularly as follows:
Detect whether described power interface has level signal to export.
Preferably, the described Part II functional part of described second body also includes display screen, when described second body combines relative to described the first noumenon, and the described first sensor data cube computation of described display screen and described the first noumenon, described method also includes:
Show the status information of the described operating body that the described first sensor of described the first noumenon detects.
Preferably, described the first noumenon also includes the display lamp being arranged on described frame body or described fixing device, then described method also includes:
When the status information of the described operating body that the first sensor of described the first noumenon detects is unsatisfactory for preset standard, controls described display lamp and glimmer according to preset requirement；
Wherein, when described display lamp exception, the second information is exported by described display screen.
A kind of electronic equipment, described electronic equipment includes: the first noumenon and the second body, and described the first noumenon includes frame body, fixing device, Part I functional part；Described Part I functional part includes the first sensor for detecting in real time and the first electric supply installation；Described second body includes described Part II functional part；Described Part II functional part includes the second supply module, wherein: described fixing device is connected with described frame body, described fixing device is for being fixed on operating body by described electronic equipment, and when described electronic equipment is fixed on described operating body by described fixing device, described electronic equipment forms ring-type；Described Part I functional part is arranged in described fixing device or described frame body, and described Part I functional part electrically connects with described first electric supply installation；Described second body is separably attached with described the first noumenon, and described electronic equipment also includes:
Detecting device, is used for detecting whether described second body separates relative to described the first noumenon, produces testing result；
Controlling device, for when described testing result represents that described second body separates relative to described the first noumenon, controlling described first electric supply installation is that described Part I functional part is powered；When described testing result represents that described second body combines relative to described the first noumenon, control the described Part I functional part that described second electric supply installation is described the first noumenon of described second body and power and control the described Part II functional part that described second electric supply installation is described second body of described second body and power.
Preferably, when described testing result represents that described second body combines relative to described the first noumenon, described control device specifically for being linked in the first circuit being connected to described Part I functional part by described second electric supply installation, change the element attribute of described first electric supply installation, power so that the second electric supply installation being linked in described first circuit is described first electric supply installation.
Preferably, described electronic equipment also includes:
First acquisition device, for obtaining the first energy storage information of described first electric supply installation；
First comparison means, for described first energy storage information is compared with the first threshold values preset, and when determining that described first energy storage information reaches described first threshold values, trigger described second electric supply installation of described control device control to stop powering for described first electric supply installation, and disconnect from the first circuit of described Part I functional part.
Preferably, described electronic equipment also includes:
Second acquisition device, for when described second body combines relative to described the first noumenon, obtaining the second energy storage information of described second electric supply installation of described second body；
First calculation element, for based on the 3rd energy storage information under described second energy storage information and described second electric supply installation full power state, calculating described second electric supply installation and reach the first charging interval needed for full power state；
Second calculation element, for calculating under the first electric supply installation full power state of described the first noumenon the first power-on time to described Part I functional part；
3rd calculation element, for calculating the first difference of described first power-on time and described first charging interval；
First suggestion device, for when described first difference that described 3rd calculation element obtains is less than pre-set threshold value, exporting the first information.
Preferably, described the first noumenon also includes:
Being arranged on described frame body the power interface being connected with the second electric supply installation outfan of described second body, described power interface is for the outputs level signals when described second body combines relative to described the first noumenon.
Preferably, the described Part II functional part of described second body also includes display screen, when described second body combines relative to described the first noumenon, the first sensor data cube computation of described display screen and described the first noumenon, for showing the status information of described operating body that the described first sensor of described the first noumenon detects.
Preferably, the first noumenon also includes the display lamp being arranged on described frame body or described fixing device, the condition of the described operating body that the duty and/or described first sensor for indicating the first sensor of described the first noumenon detects.
As can be seen here, compared with prior art, this application provides a kind of method for controlling power supply and electronic equipment, the method is applied in this electronic equipment, this electronic equipment includes the first noumenon and the second body, and described the first noumenon includes frame body, fixing device, Part I functional part；Described Part I functional part includes the first sensor for detecting in real time and the first electric supply installation；Described second body includes described Part II functional part；Described Part II functional part includes the second supply module, wherein: described fixing device is connected with described frame body, described fixing device, for described electronic equipment is fixed on operating body, is that described electronic equipment forms ring-type when described electronic equipment is fixed on described operating body by described fixing device；Described Part I functional part is arranged in described fixing device or described frame body, and described Part I functional part electrically connects with described first electric supply installation；Described second body is separably attached with described the first noumenon, in actual applications, the first noumenon is fixed on operating body all the time, and when detecting whether the second body separates relative to described the first noumenon, controlling described first electric supply installation is that described Part I functional part is powered；When detecting that the second body combines relative to described the first noumenon, control the described Part I functional part that described second electric supply installation is described the first noumenon of described second body to power and control the described Part II functional part that described second electric supply installation is described second body of described second body and power, thus ensure that the Part I functional part of this first noumenon is in running order all the time, operating body data are carried out real time record, it is ensured that the integrity of the recorded operating body data of this electronic equipment.
Accompanying drawing explanation
In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, the accompanying drawing used required in embodiment or description of the prior art will be briefly described below, apparently, accompanying drawing in the following describes is only embodiments of the invention, for those of ordinary skill in the art, under the premise not paying creative work, it is also possible to obtain other accompanying drawing according to the accompanying drawing provided.
The schematic flow sheet of a kind of method for controlling power supply embodiment that Fig. 1 provides for the application；
The part schematic flow sheet of another embodiment of a kind of method for controlling power supply that Fig. 2 provides for the application；
The part schematic flow sheet of the another kind of method for controlling power supply embodiment that Fig. 3 provides for the application；
The structural representation of a kind of electronic equipment embodiment that Fig. 4 provides for the application；
The structural representation of the specific embodiment of a kind of electronic equipment that Fig. 5 provides for the application；
The part-structure schematic diagram of the another kind of electronic equipment embodiment that Fig. 6 provides for the application.
Detailed description of the invention
Below in conjunction with the accompanying drawing in the embodiment of the present invention, the technical scheme in the embodiment of the present invention is clearly and completely described, it is clear that described embodiment is only a part of embodiment of the present invention, rather than whole embodiments.Based on the embodiment in the present invention, the every other embodiment that those of ordinary skill in the art obtain under not making creative work premise, broadly fall into the scope of protection of the invention.
This application provides a kind of method for controlling power supply and electronic equipment, the method is applied in this electronic equipment, and this electronic equipment includes the first noumenon and the second body, and described the first noumenon includes frame body, fixing device, Part I functional part；Described Part I functional part includes the first sensor for detecting in real time and the first electric supply installation；Described second body includes described Part II functional part；Described Part II functional part includes the second supply module, wherein: described fixing device is connected with described frame body, described fixing device, for described electronic equipment is fixed on operating body, is that described electronic equipment forms ring-type when described electronic equipment is fixed on described operating body by described fixing device；Described Part I functional part is arranged in described fixing device or described frame body, and described Part I functional part electrically connects with described first electric supply installation；Described second body is separably attached with described the first noumenon, in actual applications, the first noumenon is fixed on operating body all the time, and when detecting whether the second body separates relative to described the first noumenon, controlling described first electric supply installation is that described Part I functional part is powered；When detecting that the second body combines relative to described the first noumenon, control the described Part I functional part that described second electric supply installation is described the first noumenon of described second body to power and control the described Part II functional part that described second electric supply installation is described second body of described second body and power, thus ensure that the Part I functional part of this first noumenon is in running order all the time, operating body data are carried out real time record, it is ensured that the integrity of the recorded operating body data of this electronic equipment.
Schematic flow sheet with reference to a kind of method for controlling power supply embodiment of the application shown in Fig. 1, this method for controlling power supply is applied particularly in electronic equipment, this electronic equipment may include that the first noumenon and the second body, and described the first noumenon includes frame body, fixing device, Part I functional part；Described Part I functional part includes the first sensor for detecting in real time and the first electric supply installation；Described second body includes described Part II functional part；Described Part II functional part includes the second supply module, wherein: described fixing device is connected with described frame body, described fixing device, for described electronic equipment is fixed on operating body, is that described electronic equipment forms ring-type when described electronic equipment is fixed on described operating body by described fixing device；Described Part I functional part is arranged in described fixing device or described frame body, and described Part I functional part electrically connects with described first electric supply installation；Described second body is separably attached with described the first noumenon, then the method for controlling power supply that the present embodiment provides specifically may comprise steps of:
Step S11: detect whether described second body separates relative to described the first noumenon, produces testing result.
In the present embodiment practical application, in order to ensure that electronic equipment can real time record user data, the first noumenon of this electronic equipment must be fixed on operating body (i.e. user) all the time, so that the first sensor of the Part I functional part in this first noumenon detects the status information of operating body in real time, information as healthy in pulse, heart beating etc., or operator's movement time, the length of one's sleep etc., in order to inquiry or reference from now on.
Wherein, electric power thus supplied for the first noumenon, it can be that Part I functional part is powered by self-contained first electric supply installation of this first noumenon, can also after the second body combines relative to the first noumenon, powered by the Part I functional part that the second electric supply installation is this first noumenon of the second body, as long as ensure that this first noumenon power supply state uninterruptedly.
Optionally, in the embodiment of the present application, the frame body of this first noumenon can be provided with power interface, this power interface is for when the second body combines relative to the first noumenon, being connected with the second electric supply installation outfan of this second body, and outputs level signals, thus, in the present embodiment practical application, can pass through to detect whether this power interface has level signal to export, detect whether the second body separates relative to described the first noumenon.
Certainly, the application can also arrange a suggestion device on the frame body of the first noumenon or fixing device, this suggestion device can export combination information relative to the first noumenon when the second body combines, thus, in actual applications, by detecting whether this suggestion device exports combination information, judge whether the second body combines relative to the first noumenon.
Wherein, this suggestion device is specifically as follows display lamp, buzzer or voice module etc., and this is not especially limited by the application.
It should be noted that except the two ways of foregoing description, it is also possible to adopting other modes to reach the purpose whether detection the second body separates relative to the first noumenon, the application will not enumerate at this.
Step S12: when this testing result represents that the second body separates relative to the first noumenon, controlling the first electric supply installation is that Part I functional part is powered.
In actual applications, after the second body separates relative to the first noumenon, it is necessary to ensure that the energy storage of the first electric supply installation of this first noumenon can support that Part I functional part works, until the second body combines relative to the first noumenon.It is to say, for the first noumenon non-stop run ensureing electronic equipment, when the second body separates relative to the first noumenon, it is desirable to the first electric supply installation energy storage of the first noumenon meets certain condition, as the first electric supply installation is in full power state.
Wherein, it is in Part I functional part power supply process at the first electric supply installation, the current energy storage information of this first electric supply installation can be detected in real time, when it reaches certain threshold values, export the information that the first electric supply installation electricity is not enough, to remind user by the second body and the first noumenon combination.
Optionally, it is in Part I functional part power supply process at the first electric supply installation, when exporting the information of the first electric supply installation electricity deficiency, if the second electric supply installation charging complete of the second body, can directly this second body be combined relative to the first noumenon；If the second electric supply installation charging of the second body is not fully complete, when may wait for the output too low information of the first electric supply installation electricity, then the second body is combined relative to the first noumenon.
Visible, when the first electric supply installation electricity is too low, no matter the second electric supply installation of the second body whether charging complete, uninterrupted for ensureing the first noumenon work, need to combine the second body relative to the first noumenon, in order to be Part I functional part by the second electric supply installation of the second body and Part II functional part is powered.
Step S13: when this testing result represents that the second body combines relative to the first noumenon, controls the Part I functional part that the second electric supply installation is the first noumenon of the second body and powers and control the Part II functional part that the second electric supply installation is the second body of the second body and power.
In the present embodiment practical application, once it is determined that the second body combines relative to the first noumenon, can be powered by the Part II functional part of the Part I functional part that the second electric supply installation is the first noumenon of this second body and the second body self.
Concrete, when above-mentioned testing result represents that described second body combines relative to described the first noumenon, second electric supply installation of this second body is linked in the first circuit being connected to described Part I functional part, meet the need for electricity of this Part I functional part, and namely the element attribute changing this first electric supply installation becomes power consumption attribute from for electrical properties, so that this first electric supply installation is become a power consumption module from a supply module, at this point it is possible to be that described first electric supply installation is powered by the second electric supply installation being linked in described first circuit.
Certainly; it should be noted that; when determining that the second body combines relative to the first noumenon; it is not precluded from being continued as Part I functional part by the first electric supply installation to power; being that Part I functional part is powered this implementation by the second electric supply installation again when the first electric supply installation electricity deficiency, it still falls within scope.
nullBased on above-mentioned analysis，In the embodiment of the present application，Owing to the first noumenon and second body of electronic equipment are detachably connectable，The first noumenon includes the first electric supply installation，Second body includes the second electric supply installation，Thus，Wear in this electronic equipment process at operating body，If point out the second electric supply installation electricity deficiency of the second body，Directly the second body can be separated with the first noumenon，Power supply is continued by self-contained first electric supply installation of this first noumenon，Thus ensure that this electronic equipment non-stop run，Make its operating body data recorded complete，Afterwards，When again pointing out the first electric supply installation electricity deficiency，The second body after charging can be combined with the first noumenon again，Again powered by the Part I functional part that the second electric supply installation is the first noumenon of this second body and the Part II functional part of the second body，Thus making this first electric supply installation again reach full power state while ensureing two parts functional part normal operation，To be that Part I functional part is powered when the second body separates again relative to the first noumenon.As can be seen here, the embodiment of the present application provide the method for controlling power supply being applied to above-mentioned electronic equipment solve existing electronic equipment charging during cannot normal operation so that its record the incomplete technical problem of user data.
It should be noted that, in the application practical application, as long as the second electric supply installation accesses first circuit being connected to Part I functional part of the first noumenon, the Part I functional part that this second electric supply installation will be in the first circuit always is powered, even if the first electric supply installation of this Part I functional part has been filled with electricity, this second electric supply installation can be still that the first electric supply installation is powered.But, second electric supply installation is always this charging modes that the first fully charged electric supply installation is powered, the waste of the energy will necessarily be caused, and this first electric supply installation also can affect service life because charging excessive, in order to solve this problem, on the basis of above-described embodiment, the part schematic flow sheet of another embodiment in conjunction with a kind of method for controlling power supply that the application shown in Fig. 2 provides, when testing result represents that the second body combines relative to the first noumenon, and access the first circuit the second electric supply installation be in the first electric supply installation power supply process, the method for controlling power supply that the present embodiment please provide can also include:
Step S21: obtain the first energy storage information of the first electric supply installation.
Wherein, this the first energy storage information can include the current energy storage of this first electric supply installation, the percentage ratio that this current energy storage accounts in this specified energy storage of the first electric supply installation (i.e. energy storage under the first electric supply installation full power state) can also be included, in addition, it can include this first electric supply installation reach specified energy storage from current energy storage needed for charging interval etc..
Step S22: this first energy storage information is compared with the first threshold values preset.
Wherein, the first threshold values preset can be that the first electric supply installation is in energy storage information corresponding under full power state, is specifically as follows the specified energy storage of this first electric supply installation.
Step S23: when determining that this first energy storage information reaches described first threshold values, controls described second electric supply installation and stops powering for described first electric supply installation, and disconnect from described first circuit.
In the present embodiment, it is in the first electric supply installation charging process at the second electric supply installation, when determine the second electric supply installation be the first electric supply installation fully charged time, can stop being that the first electric supply installation is powered, and this second electric supply installation is opened from the first Circuit Interrupt being connected to Part I functional part, thus avoiding energy waste, and the first electric supply installation charges excessive and affects service life.
Wherein, when the first energy storage information determining the first electric supply installation reaches the first threshold values, the information of exportable first electric supply installation charging complete, the application does not limit the prompting mode of this information at this, it is possible to by certain display lamp, can be voice mode etc..
Optionally, on the basis of the various embodiments described above, in order to be further ensured that the first noumenon 24 hours is together with operating body, make the first sensor to body that operating body is carried out monitor in real time, part schematic flow sheet in conjunction with the another kind of method for controlling power supply embodiment that the application shown in Fig. 3 provides, when above-mentioned testing result represents that the second relative the first noumenon of body combines, this method for controlling power supply can also include:
Step S31: obtain the second energy storage information of described second electric supply installation of the second body.
According to above-mentioned analysis, after the second body combines relative to the first noumenon, to be Part I functional part by the second electric supply installation and Part II functional part is powered, now, the first electric supply installation will be charged by this second electric supply installation, reach full power state, meanwhile, the energy storage of the second electric supply installation will be gradually reduced, in actual applications, the energy storage information of this second electric supply installation can be detected in real time, in order to charge in time when its electricity deficiency.
Step S32: based on the 3rd energy storage information under described second energy storage information and described second electric supply installation full power state, calculate described second electric supply installation and reach the first charging interval needed for full power state.
In the present embodiment practical application, owing to the current energy storage of the second electric supply installation, specified energy storage and charging device all can be learnt for this second electric supply installation charging rate, thus, in the second electric supply installation power supply process, can calculate in real time based on these known quantities and the second electric supply installation is charged to the first charging interval required for specified energy storage from current energy storage.
Step S33: calculate the first power-on time to described Part I functional part under the first electric supply installation full power state of described the first noumenon.
Wherein, when the second body separates relative to the first noumenon, it is be that Part I functional part is powered by the first electric supply installation, now, this Part I functional part is unique power consumption module, owing to its power consumption rate comprising each device is determined, thus, when the known first specified energy storage of electric supply installation and energy storage allowance (namely the first electric supply installation cannot ensure the residue energy storage that Part I functional part is corresponding when continuing normal operation), the first power-on time of this first electric supply installation can be determined based on the power consumption rate of these known quantities and Part I functional part, i.e. maximum power-on time.
Step S34: calculate the first difference of described first power-on time and described first charging interval；
Step S35: when described first difference is less than pre-set threshold value, export the first information.
It should be noted that in the practical application of the present embodiment, if being separated with the first noumenon by the second body, the Part I functional part of this first noumenon will be powered by the first electric supply installation, and the second electric supply installation will be charged by charging device.In this process, in order to ensure the first sensor uninterrupted sampling of the first noumenon, require that this electronic equipment exports the first electric supply installation electricity too low, when the first noumenon is by out-of-work information, second electric supply installation has been filled with electricity, say, that when the first electric supply installation does not have electricity soon, second electric supply installation ensures to be filled substantially with electricity, namely requires that the first charging interval of above-mentioned calculated second electric supply installation is less than the first power-on time of the first electric supply installation.
When leaving certain safety allowance, the present embodiment can when first difference in the first power-on time and the first charging interval be less than pre-set threshold value, export the second electric supply installation and need the first information of charging, in time the second electric supply installation is charged with teaching process body.
Optionally, on the basis of the various embodiments described above, the described Part II functional part of the second body can also include display screen, when described second body combines relative to described the first noumenon, this display screen can with the first sensor data cube computation of the first noumenon, for showing the status information of operating body that the first sensor of the first noumenon detects.
If for electronic equipment for intelligent watch, namely when the second body combines relative to the first noumenon under normal circumstances, except the electronic equipment of the application is powered by the second electric supply installation of the second body, this electronic equipment now has existing intelligent watch various functions under normal circumstances, such as timing, display, detection, report to the police etc., specifically can referring to the description of existing intelligent watch, the application is not described in detail in this, and, when the second body combines relative to the first noumenon, the display screen of the second body of this electronic equipment is the equal of the display screen of existing intelligent watch, there is the display time of existing intelligent watch display screen, detection data etc. function, now, operating body can pass through to check that the display content of display screen learns its physical condition, to treat in time when operating body health goes wrong.
Certainly, in the present embodiment practical application, when status information operating body being detected is unsatisfactory for preset standard, can be reminded by this display screen, as strengthened the display brightness of display screen, the color of light changing display screen etc., this is not especially limited by the application.Additionally, the display screen of the second body of the electronic equipment provided the difference is that, the application with the display screen of existing intelligent watch can also show the energy storage state information of the first electric supply installation of the first noumenon and the energy storage state information of the second electric supply installation of the second body etc..
Optionally, on the basis of above-described embodiment, in order to after the second body separates relative to the first noumenon, this electronic equipment still is able to remind when the status information of the described operating body detected is unsatisfactory for preset standard, the application can also arrange display lamp on the frame body of the first noumenon or fixing device, by the first sensor of the flicker instruction the first noumenon of this display lamp to operating body health or otherwise detection, and when the status information of the described operating body that the first sensor of described the first noumenon detects is unsatisfactory for preset standard, during as the heart abnormality of operating body detected, control described display lamp to glimmer according to preset requirement, to remind operating body to treat in time.
Based on above-mentioned analysis it can be seen that in the application practical application, when the second body combines relative to the first noumenon, can be shown by the display screen of the second body and detect content in real time, certainly, now the display lamp of the first noumenon can also indicate real-time detection case simultaneously；And when the second body separates relative to the first noumenon, this electronic equipment real-time detection case to operating body will be indicated by the display lamp of this first noumenon, thus ensure that this electronic equipment can both to operating body monitor in real time when being in any state.
Wherein, when the second body combines relative to the first noumenon, if this display lamp does not work all the time, above-mentioned testing result and corresponding suggestion content etc. can be shown by above-mentioned display screen.
As can be seen here, the embodiment of the present application is by detecting the status information of operating body in real time, when monitoring operating body health and going wrong and when status information is unsatisfactory for preset standard, reminded by the mode such as display screen or display lamp, got golden hour for operating body.
Structural representation with reference to a kind of electronic equipment embodiment of the application shown in Fig. 4, in the present embodiment, this electronic equipment may include that the first noumenon 41 and the second body 42, and described the first noumenon 41 includes frame body 411, fixing device 412, Part I functional part 413；Described Part I functional part 413 includes the first sensor 4131 for detecting in real time and the first electric supply installation 4132.Described second body 42 includes described Part II functional part 421, and described Part II functional part 421 includes the second supply module 4211.
Wherein, described fixing device 412 is connected with described frame body 411, described fixing device 412 is for being fixed on operating body by described electronic equipment, when described electronic equipment is fixed on described operating body by described fixing device 412, described electronic equipment forms ring-type, then this electronic equipment can be fixed on the positions such as the wrist of operating body, cervical region by this fixing device 412 by the application, as it is shown in figure 5, this electronic equipment can be intelligent watch.
Described Part I functional part 413 is arranged in described fixing device 412 or described frame body 411, and described Part I functional part 413 electrically connects with described first electric supply installation 4132；Described second body 42 is separably attached with described the first noumenon 41, and described electronic equipment can also include:
Detecting device 43, is used for detecting whether described second body separates relative to described the first noumenon, produces testing result.
Controlling device 44, for when described testing result represents that described second body separates relative to described the first noumenon, controlling described first electric supply installation is that described Part I functional part is powered；When described testing result represents that described second body combines relative to described the first noumenon, control the described Part I functional part that described second electric supply installation is described the first noumenon of described second body and power and control the described Part II functional part that described second electric supply installation is described second body of described second body and power.
Concrete, when described testing result represents that described second body combines relative to described the first noumenon, described control device 44 specifically for being linked in the first circuit being connected to described Part I functional part by described second electric supply installation, the element attribute of described first electric supply installation is become power consumption attribute from for electrical properties, powers so that the second electric supply installation being linked in described first circuit is described first electric supply installation.
Optionally, this the first noumenon 41 can also include: is arranged on described frame body the power interface being connected with the second electric supply installation outfan of described second body, wherein, this power interface can be used for the outputs level signals when described second body combines relative to described the first noumenon, thus, in the present embodiment practical application, detecting device 43 can pass through to detect whether this power interface has outputs level signals, judges whether this second body combines relative to the first noumenon.
Certainly, the application can also arrange instruction device on frame body or fixing device, the information that output is preset when the second body combines relative to the first noumenon, thus, in the present embodiment practical application, detecting device 43 can pass through to detect whether this suggestion device has default information, judges whether this second body combines relative to the first noumenon.
It should be noted that; except aforesaid way, the application can also adopt other modes to detect whether the second body combines relative to the first noumenon, and the application will not enumerate at this; pay what creative work was determined so long as not those skilled in the art, belong to scope.
Known in conjunction with above-mentioned analysis, in the practical application of the electronic equipment of the embodiment of the present application offer, when the second body combines relative to the first noumenon, powered by the Part II functional part of the Part I functional unit that the second electric supply installation is the first noumenon and the second body, when the second body separates relative to the first noumenon, it is that Part I functional part is powered by the first electric supply installation of this first noumenon, thus ensure that the uninterrupted power supply of the Part I functional part of the first noumenon of this electronic equipment, its first sensor is enable to detect the status information of operating body in real time.
Optionally, on the basis of above-described embodiment, the Part I functional part 413 of the first noumenon 41 can also include:
First acquisition device, for obtaining the first energy storage information of described first electric supply installation.
First comparison means, for described first energy storage information is compared with the first threshold values preset, and when determining that described first energy storage information reaches described first threshold values, trigger described control device 44 control described second electric supply installation stop power for described first electric supply installation, and from described Part I functional part first circuit disconnection.
In actual applications; when the energy storage information of the first electric supply installation reaches the first threshold values; this the first electric supply installation charging complete is described; the present embodiment is when determining that the first electric supply installation is fully charged; stop the first electric supply installation is continued power supply; and the second electric supply installation is opened from the first Circuit Interrupt, thus the logical protection achieved the first fully charged electric supply installation, it is to avoid the charging of this first electric supply installation is excessive and affects service life.
Preferably, with reference to the part-structure schematic diagram of another electronic equipment of the application shown in Fig. 6, on the basis of the various embodiments described above, the electronic equipment that the present embodiment provides can also include:
Second acquisition device 61, for when described second body combines relative to described the first noumenon, obtaining the second energy storage information of described second electric supply installation of described second body.
First calculation element 62, for based on the 3rd energy storage information under described second energy storage information and described second electric supply installation full power state, calculating described second electric supply installation and reach the first charging interval needed for full power state；
Second calculation element 63, for calculating under the first electric supply installation full power state of described the first noumenon the first power-on time to described Part I functional part；
3rd calculation element 64, for calculating the first difference of described first power-on time and described first charging interval；
First suggestion device 65, for when described first difference that described 3rd calculation element obtains is less than pre-set threshold value, exporting the first information.
Wherein, this first suggestion device 65 is specifically as follows display lamp, buzzer, voice module or display etc., and this is not especially limited by the application.
The description of associated methods embodiment corresponding part is known, in the present embodiment practical application, combine relative to the first noumenon at the second body, it is in Part I functional part and Part II functional part power supply process by the second electric supply installation, when meeting above-mentioned time requirement, the first information will be exported by the first suggestion device, to remind operating body to be separated with the first noumenon by the second body, and the second electric supply installation charging to this second body, so that when the electricity of the first electric supply installation is finished, second electric supply installation has been filled with, ensure the Part I functional part non-stop run of the first noumenon.
As another embodiment of the present invention, for intelligent watch, as shown in Figure 5, the described Part II functional part 421 of described second body 42 also includes display screen 4212, when described second body 42 combines relative to described the first noumenon 41, first sensor 4131 data cube computation of described display screen 4212 and described the first noumenon 41, for showing the status information of described operating body that the described first sensor of described the first noumenon 41 detects.
It should be noted that, when electronic equipment is in the assembled state shown in Fig. 5, this electronic equipment is equivalent to existing intelligent watch, it has all functions of existing intelligent watch, achieve the monitor in real time to operating body, difference is only that the electronic equipment that the application provides is powered by the second electric supply installation of the second body, rather than the first electric supply installation of the first noumenon is powered.Wherein, can refer to the prior art record to intelligent watch about electronic equipment concrete function in the state shown in fig. 5, the application is not described in detail in this.
When the second body of electronic equipment separates relative to the first noumenon, in order to facilitate operating body to obtain this electronic equipment to operating body monitor in real time situation, this the first noumenon 41 can also include the display lamp being arranged on described frame body 411 or described fixing device 412, the condition of the described operating body that the duty and/or described first sensor for indicating the first sensor of described the first noumenon detects.Thus, only when the first noumenon and operating body are when one, the current monitor situation of this electronic equipment can be indicated by the flicker of different display lamps, so, operating body by checking the flashing state of display lamp, can learn real-time detection information, in order to treat in time when health goes wrong determining.
As can be seen here, in the application of the electronic equipment of the application offer, utilize the display screen of the second body and the display lamp of the first noumenon, it is achieved that this electronic equipment, to the instruction of the real-time detection case of operating body or display, makes operating body health remind in time when going wrong.
In this specification, each embodiment adopts the mode gone forward one by one to describe, and what each embodiment stressed is the difference with other embodiments, between each embodiment identical similar portion mutually referring to.For electronic equipment disclosed in embodiment, due to its with embodiment disclosed in method corresponding, so what describe is fairly simple, relevant part illustrates referring to method part.
It should be noted that, in this article, the relational terms of such as first and second or the like is used merely to separate an entity or operation with another entity or operating space, and not necessarily requires or imply the relation that there is any this reality between these entities or operation or sequentially.And, term " includes ", " comprising " or its any other variant are intended to comprising of nonexcludability, so that include the process of a series of key element, method, article or equipment not only include those key elements, but also include other key elements being not expressly set out, or also include the key element intrinsic for this process, method, article or equipment.When there is no more restriction, statement " including ... " key element limited, it is not excluded that there is also other identical element in including the process of described key element, method, article or equipment.
Described above to the disclosed embodiments, makes professional and technical personnel in the field be capable of or uses the present invention.The multiple amendment of these embodiments be will be apparent from for those skilled in the art, and generic principles defined herein can without departing from the spirit or scope of the present invention, realize in other embodiments.Therefore, the present invention is not intended to be limited to the embodiments shown herein, and is to fit to the widest scope consistent with principles disclosed herein and features of novelty.
Claims (15)
1. a method for controlling power supply, it is characterised in that be applied in electronic equipment, described electronic equipment includes the first noumenon and the second body, and described the first noumenon includes frame body, fixing device, Part I functional part；Described Part I functional part includes the first sensor for detecting in real time and the first electric supply installation；Described second body includes described Part II functional part；Described Part II functional part includes the second supply module, wherein: described fixing device is connected with described frame body, described fixing device, for described electronic equipment is fixed on operating body, is that described electronic equipment forms ring-type when described electronic equipment is fixed on described operating body by described fixing device；Described Part I functional part is arranged in described fixing device or described frame body, and described Part I functional part electrically connects with described first electric supply installation；Described second body is separably attached with described the first noumenon, and described method includes:
Detect whether described second body separates relative to described the first noumenon, produce testing result；
When described testing result represents that described second body separates relative to described the first noumenon, controlling described first electric supply installation is that described Part I functional part is powered；
When described testing result represents that described second body combines relative to described the first noumenon, control the described Part I functional part that described second electric supply installation is described the first noumenon of described second body and power and control the described Part II functional part that described second electric supply installation is described second body of described second body and power.
2. method according to claim 1, it is characterized in that, when described testing result represents that described second body combines relative to described the first noumenon, control the described Part I functional part that described second electric supply installation is described the first noumenon of described second body and power and control the described Part II functional part that described second electric supply installation is described second body of described second body and power and include:
When described testing result represents that described second body combines relative to described the first noumenon, described second electric supply installation is linked in the first circuit being connected to described Part I functional part, change the element attribute of described first electric supply installation, power so that the second electric supply installation being linked in described first circuit is described first electric supply installation.
3. method according to claim 2, it is characterised in that the second electric supply installation in being linked into described first circuit is that in described first electric supply installation power supply process, described method also includes:
Obtain the first energy storage information of described first electric supply installation；
Described first energy storage information is compared with the first threshold values preset；
When determining that described first energy storage information reaches described first threshold values, control described second electric supply installation and stop powering for described first electric supply installation, and disconnect from described first circuit.
4. method according to claim 2, it is characterized in that, when described testing result represents that described second body combines relative to described the first noumenon, described in be linked in described first circuit the second electric supply installation be described first electric supply installation power particularly as follows:
When described testing result represents that controlling described first electric supply installation relative to described the first noumenon while described second body combines stops powering for described Part I functional part, and the second electric supply installation triggered in access the first circuit is that described Part I functional part is powered.
5. method according to claim 3, it is characterised in that when testing result represents that described second body combines relative to described the first noumenon, described method also includes:
Obtain the second energy storage information of described second electric supply installation of described second body；
Based on the 3rd energy storage information under described second energy storage information and described second electric supply installation full power state, calculate described second electric supply installation and reach the first charging interval needed for full power state；
Calculate the first power-on time to described Part I functional part under the first electric supply installation full power state of described the first noumenon；
Calculate the first difference of described first power-on time and described first charging interval；
When described first difference is less than pre-set threshold value, export the first information.
6. the method according to any one of claim 1-5, it is characterized in that, when the power interface that the described second electric supply installation outfan being provided with on the described frame body of described the first noumenon with described second body is connected, described second body of described detection whether separate relative to described the first noumenon particularly as follows:
Detect whether described power interface has level signal to export.
7. the method according to any one of claim 1-5, it is characterized in that, the described Part II functional part of described second body also includes display screen, when described second body combines relative to described the first noumenon, the described first sensor data cube computation of described display screen and described the first noumenon, described method also includes:
Show the status information of the described operating body that the described first sensor of described the first noumenon detects.
8. method according to claim 7, it is characterised in that described the first noumenon also includes the display lamp being arranged on described frame body or described fixing device, then described method also includes:
When the status information of the described operating body that the first sensor of described the first noumenon detects is unsatisfactory for preset standard, controls described display lamp and glimmer according to preset requirement；
Wherein, when described display lamp exception, the second information is exported by described display screen.
9. an electronic equipment, it is characterised in that described electronic equipment includes: the first noumenon and the second body, described the first noumenon includes frame body, fixing device, Part I functional part；Described Part I functional part includes the first sensor for detecting in real time and the first electric supply installation；Described second body includes described Part II functional part；Described Part II functional part includes the second supply module, wherein: described fixing device is connected with described frame body, described fixing device is for being fixed on operating body by described electronic equipment, and when described electronic equipment is fixed on described operating body by described fixing device, described electronic equipment forms ring-type；Described Part I functional part is arranged in described fixing device or described frame body, and described Part I functional part electrically connects with described first electric supply installation；Described second body is separably attached with described the first noumenon, and described electronic equipment also includes:
Detecting device, is used for detecting whether described second body separates relative to described the first noumenon, produces testing result；
Controlling device, for when described testing result represents that described second body separates relative to described the first noumenon, controlling described first electric supply installation is that described Part I functional part is powered；When described testing result represents that described second body combines relative to described the first noumenon, control the described Part I functional part that described second electric supply installation is described the first noumenon of described second body and power and control the described Part II functional part that described second electric supply installation is described second body of described second body and power.
10. electronic equipment according to claim 9, it is characterized in that, when described testing result represents that described second body combines relative to described the first noumenon, described control device specifically for being linked in the first circuit being connected to described Part I functional part by described second electric supply installation, change the element attribute of described first electric supply installation, power so that the second electric supply installation being linked in described first circuit is described first electric supply installation.
11. electronic equipment according to claim 10, it is characterised in that described electronic equipment also includes:
First acquisition device, for obtaining the first energy storage information of described first electric supply installation；
First comparison means, for described first energy storage information is compared with the first threshold values preset, and when determining that described first energy storage information reaches described first threshold values, trigger described second electric supply installation of described control device control to stop powering for described first electric supply installation, and disconnect from the first circuit of described Part I functional part.
12. electronic equipment according to claim 11, it is characterised in that described electronic equipment also includes:
Second acquisition device, for when described second body combines relative to described the first noumenon, obtaining the second energy storage information of described second electric supply installation of described second body；
First calculation element, for based on the 3rd energy storage information under described second energy storage information and described second electric supply installation full power state, calculating described second electric supply installation and reach the first charging interval needed for full power state；
Second calculation element, for calculating under the first electric supply installation full power state of described the first noumenon the first power-on time to described Part I functional part；
3rd calculation element, for calculating the first difference of described first power-on time and described first charging interval；
First suggestion device, for when described first difference that described 3rd calculation element obtains is less than pre-set threshold value, exporting the first information.
13. according to the electronic equipment described in any one of claim 9-12, it is characterised in that described the first noumenon also includes:
Being arranged on described frame body the power interface being connected with the second electric supply installation outfan of described second body, described power interface is for the outputs level signals when described second body combines relative to described the first noumenon.
14. according to the electronic equipment described in any one of claim 9-12, it is characterized in that, the described Part II functional part of described second body also includes display screen, when described second body combines relative to described the first noumenon, the first sensor data cube computation of described display screen and described the first noumenon, for showing the status information of described operating body that the described first sensor of described the first noumenon detects.
15. electronic equipment according to claim 14, it is characterized in that, the first noumenon also includes the display lamp being arranged on described frame body or described fixing device, the condition of the described operating body that the duty and/or described first sensor for indicating the first sensor of described the first noumenon detects.
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410852507.XA CN105807645B (en) | 2014-12-31 | 2014-12-31 | A kind of method for controlling power supply and electronic equipment |
| DE102015017210.7A DE102015017210B4 (en) | 2014-12-31 | 2015-06-25 | Electronic device and method for controlling a power supply to the electronic device |
| DE102015211782.0A DE102015211782B4 (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 |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
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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 |
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| CN105807645A true CN105807645A (en) | 2016-07-27 |
| CN105807645B CN105807645B (en) | 2018-12-14 |
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| CN105807645B (en) | 2018-12-14 |
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