CN106161792A

CN106161792A - Control method, control device and electronic equipment

Info

Publication number: CN106161792A
Application number: CN201610513566.3A
Authority: CN
Inventors: 王茜莺; 万喜
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2016-06-30
Filing date: 2016-06-30
Publication date: 2016-11-23
Anticipated expiration: 2036-06-30
Also published as: CN106161792B

Abstract

The open a kind of control method of the embodiment of the present invention, including: detect the Relation Parameters between the first electronic equipment and the second electronic equipment；Process this Relation Parameters, show to generate control instruction when the position between the first electronic equipment and the second electronic equipment meets predetermined relationship in Relation Parameters；Respond this control instruction and the first electronic equipment is switched to Cooperative Mode from stand-alone mode, or the first electronic equipment is switched to stand-alone mode from Cooperative Mode.Based on control method disclosed by the invention, when the position between the first electronic equipment and the second electronic equipment meets predetermined relationship, the first electronic equipment switches over automatically between stand-alone mode and Cooperative Mode, it is possible to simplify the management operation of user.The invention also discloses and control device accordingly, and electronic equipment.

Description

Control method, control device and electronic equipment

Technical field

The invention belongs to technical field of electronic equipment, particularly relate to control method, control device and electronic equipment.

Background technology

Along with progress and the growth in the living standard of technology, increasing user has multiple electronic equipment, such as, uses Family has multiple mobile phone, Intelligent bracelet and intelligent watch simultaneously.User both can control each electronic equipment independent operating, it is also possible to Control each electronic equipment with the use of.

How the control method of electronic equipment is improved, thus simplify user and the management of multiple electronic equipments is grasped Make, be the technical problems that face of those skilled in the art.

Summary of the invention

In view of this, it is an object of the invention to provide electronic equipment and control method thereof and control device, in order to simplify The management of electronic equipment is operated by user.

For achieving the above object, the present invention provides following technical scheme:

First aspect, the present invention provides a kind of control method, is applied to the first electronic equipment, and described control method includes: Relation Parameters between detection and described second electronic equipment；Process described Relation Parameters, when described Relation Parameters shows described When position between first electronic equipment and described second electronic equipment meets predetermined relationship, generate control instruction；Response is described Control instruction, switches to the second pattern by described first electronic equipment from first mode, and wherein, described first mode is independent mould One in formula and Cooperative Mode, described second pattern is the another kind in described stand-alone mode and described Cooperative Mode.

Preferably, in above-mentioned control method, in the independent mode, the first application in described first electronic equipment It is in the unrestricted state of function；Under described Cooperative Mode, described first application of described first electronic equipment is in function and is subject to Limit state, described first electronic equipment receives the collaborative process information that the second electronic equipment sends, by described first electronic equipment The application of middle coupling exports described collaborative process information, and described collaborative process information is by the second application of described second electronic equipment Producing, described first application of described first electronic equipment is same application with described second application of described second electronic equipment Or for the application matched.

Preferably, in above-mentioned control method, in the independent mode, the first application in described first electronic equipment It is in the unrestricted state of function with the 3rd application；Under described Cooperative Mode, described first application of described first electronic equipment Being in function limitation state, described first electronic equipment receives the collaborative process information that the second electronic equipment sends, by described the In one electronic equipment, the application of coupling exports described collaborative process information, and described collaborative process information is by described second electronic equipment Second application produce, described first electronic equipment described first application with described second electronic equipment described second application For same application or for the application that matches.

Preferably, in above-mentioned control method, also include:

Described first electronic equipment is under stand-alone mode, when receiving the communication event that the 3rd electronic equipment is initiated, Output communication event prompt, wherein, the communication event that described 3rd electronic equipment is initiated pushes to described first electronics simultaneously and sets Standby and described second electronic equipment；

The operational order that response receives, processes the communication event that described 3rd electronic equipment is initiated；

Generate processed information, send described processed information to described second electronic equipment, described locate The communication event that described 3rd electronic equipment is initiated is labeled as locating by reason information for triggering described second electronic equipment Reason.

Preferably, in above-mentioned control method, in the independent mode, described first electronic equipment does not affect the second electricity The operation of subset, and the operation of described first electronic equipment do not affected by described second electronic equipment；At described Cooperative Mode Under, described first electronic equipment affects the operation of described second electronic equipment, or the operation of described first electronic equipment is by described Second electronic equipment impact.

Preferably, in above-mentioned control method, under described Cooperative Mode, described first electronic equipment receives described second The auxiliary information that electronic equipment sends, is exported described auxiliary information by the application of coupling in described first electronic equipment；Described auxiliary Supplementary information includes: the information that the application in image information, audio-frequency information, video information and described second electronic equipment produces In at least one information.

Preferably, in above-mentioned control method, under described Cooperative Mode, described first electronic equipment is to described second electricity Subset sends auxiliary information；Described auxiliary information includes: image information, audio-frequency information, video information and described first electronics At least one information in the information that application in equipment produces.

Preferably, in above-mentioned control method, the Relation Parameters between described detection and described second electronic equipment, bag Include: detect the distance between described first electronic equipment and the second electronic equipment；

The described Relation Parameters of described process, when described Relation Parameters shows described first electronic equipment and described second electronics When position between equipment meets predetermined relationship, generate control instruction, including: when described first electronic equipment and described second electricity Distance between subset, by when being changed to less than or equal to described distance threshold more than distance threshold, generates the first control and refers to Order；Distance between described first electronic equipment and described second electronic equipment is changed by less than or equal to described distance threshold To during more than described distance threshold, generate the second control instruction；

Or,

Relation Parameters between described detection and described second electronic equipment, including: detect described first electronic equipment with Short-range communication state between described second electronic equipment；

The described Relation Parameters of described process, when described Relation Parameters shows described first electronic equipment and described second electronics When position between equipment meets predetermined relationship, generate control instruction, including: when described first electronic equipment and described second electricity When short-range communication between subset is changed into connection status by off-state, generate the first control instruction；When described first When short-range communication between electronic equipment and described second electronic equipment is changed into off-state by connection status, generate second Control instruction；

Accordingly, respond described first control instruction, described first electronic equipment is switched to institute from described stand-alone mode State Cooperative Mode；Respond described second control instruction, by described first electronic equipment from described Cooperative Mode switch to described solely Formwork erection formula.

Second aspect, the present invention provides a kind of and controls device, is applied to the first electronic equipment, and described control device includes: Detector unit, the Relation Parameters between detection and described second electronic equipment；Processing unit, is used for processing described relation ginseng Number, when described Relation Parameters shows that the position between described first electronic equipment and described second electronic equipment meets predetermined relationship Time, generate control instruction；First control unit, for responding the described control instruction that described processing unit generates, by described the One electronic equipment switches to the second pattern from first mode, and wherein, described first mode is in stand-alone mode and Cooperative Mode One, described second pattern is the another kind in described stand-alone mode and described Cooperative Mode.

The third aspect, the present invention provides a kind of electronic equipment, including detection module, communication module, processor and memorizer； Described communication module is used for transceiving data；Described memorizer is for storing the data needed for described processor runs and described place The data that reason device produces；Described detection module is for detecting the Relation Parameters between described electronic equipment and the second electronic equipment； Described processor is used for processing described Relation Parameters, when described Relation Parameters shows that described electronic equipment and described second electronics set When position between Bei meets predetermined relationship, generate control instruction, respond described control instruction, by described electronic equipment from first Pattern switches to the second pattern；

Wherein, described first mode is the one in stand-alone mode and Cooperative Mode, and described second pattern is described independence Another kind in pattern and described Cooperative Mode.

Preferably, in above-mentioned electronic equipment, described detection module is distance detection module；

Described processor specifically for: the distance between described electronic equipment and described second electronic equipment by more than away from From changes of threshold to during less than or equal to described distance threshold, generate the first control instruction；When described electronic equipment and described the Distance between two electronic equipments, by when being changed to more than described distance threshold less than or equal to described distance threshold, generates second Control instruction；Respond described first control instruction, described electronic equipment is switched to described Cooperative Mode from described stand-alone mode； Respond described second control instruction, described electronic equipment is switched to described stand-alone mode from described Cooperative Mode.

Preferably, in above-mentioned electronic equipment, described detection module is connection status detection module；

Described processor specifically for: the short-range communication between described electronic equipment and described second electronic equipment by When off-state is changed into connection status, generate the first control instruction；When described electronic equipment and described second electronic equipment it Between short-range communication when being changed into off-state by connection status, generate the second control instruction；Respond described first to control to refer to Order, switches to described Cooperative Mode by described electronic equipment from described stand-alone mode；Respond described second control instruction, by described Electronic equipment switches to described stand-alone mode from described Cooperative Mode.

Preferably, above-mentioned electronic equipment includes that fixed component, described fixed component are used for maintaining described electronic equipment and use The relative position relation of family limbs.

As can be seen here, the invention have the benefit that

Control method disclosed by the invention, first detects the relation ginseng between the first electronic equipment and the second electronic equipment Number, this Relation Parameters of post processing, Relation Parameters show the position between the first electronic equipment and the second electronic equipment meet Generate control instruction during predetermined relationship, respond this control instruction and the first electronic equipment is switched to Cooperative Mode from stand-alone mode, Or the first electronic equipment is switched to stand-alone mode from Cooperative Mode.Based on control method disclosed by the invention, when the first electricity When position between subset and the second electronic equipment meets predetermined relationship, the first electronic equipment is automatically at stand-alone mode and collaborative Switch between pattern, it is possible to simplify the management operation of user.

Accompanying drawing explanation

In order to be illustrated more clearly that the embodiment of the present invention or technical scheme of the prior art, below will be to embodiment or existing In having technology to describe, the required accompanying drawing used is briefly described, it should be apparent that, the accompanying drawing in describing below is only this Inventive embodiment, for those of ordinary skill in the art, on the premise of not paying creative work, it is also possible to according to The accompanying drawing provided obtains other accompanying drawing.

Fig. 1 is the flow chart of control method disclosed in the embodiment of the present invention one；

Fig. 2 is the flow chart of control method disclosed in the embodiment of the present invention two；

Fig. 3 is the flow chart of control method disclosed in the embodiment of the present invention three；

Fig. 4 is a kind of structural representation controlling device disclosed by the invention；

Fig. 5 is the another kind of structural representation controlling device disclosed by the invention；

Fig. 6 is the hardware architecture diagram of electronic equipment disclosed by the invention.

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 carried out clear, complete Describe, it is clear that described embodiment is only a part of embodiment of the present invention rather than whole embodiments wholely.Based on Embodiment in the present invention, it is every other that those of ordinary skill in the art are obtained under not making creative work premise Embodiment, broadly falls into the scope of protection of the invention.

The open control method being applied to electronic equipment of the present invention.Based on control method disclosed by the invention, it is possible to simplify The management of electronic equipment is operated by user.For the ease of statement, the electronic equipment note of control method disclosed by the invention will be performed It is the first electronic equipment, other electronic equipments are designated as the second electronic equipment.Wherein, the first electronic equipment and the second electronic equipment Can be mobile phone, panel computer and Intelligent worn device.

Embodiment one

Seeing Fig. 1, Fig. 1 is the flow chart of control method disclosed in the embodiment of the present invention one.This control method is applied to One electronic equipment, including:

Step S11: the Relation Parameters between detection and the second electronic equipment.

Relation Parameters between first electronic equipment and the second electronic equipment can characterize the first electronic equipment and the second electricity Position between subset.

Step S12: parameter of dealing with relationship, when Relation Parameters shows the position between the first electronic equipment and the second electronic equipment Put when meeting predetermined relationship, generate control instruction.

Step S13: response control instruction, switches to the second pattern by the first electronic equipment from first mode.

Wherein, first mode is the one in stand-alone mode and Cooperative Mode, and the second pattern is stand-alone mode and collaborative mould Another kind in formula.

Control method disclosed in the embodiment of the present invention one, first detects between the first electronic equipment and the second electronic equipment Relation Parameters, this Relation Parameters of post processing, show the position between the first electronic equipment and the second electronic equipment in Relation Parameters Put generation control instruction when meeting predetermined relationship, respond this control instruction and the first electronic equipment is switched to from stand-alone mode collaborative Pattern, or the first electronic equipment is switched to stand-alone mode from Cooperative Mode.Control based on the embodiment of the present invention one is disclosed Method, when the position between the first electronic equipment and the second electronic equipment meets predetermined relationship, the first electronic equipment exists automatically Switch between stand-alone mode and Cooperative Mode, it is possible to simplify the management operation of user.

In enforcement, detect the Relation Parameters between the first electronic equipment and the second electronic equipment, various ways can be used. Such as: detect the distance between the first electronic equipment and the second electronic equipment.Such as: detect the first electronic equipment and the second electronics Short-range communication state between equipment.Accordingly, subsequent treatment Relation Parameters, when Relation Parameters shows that described first electronics sets Position between standby and the second electronic equipment generates control instruction, and the behaviour of subsequent response control instruction when meeting predetermined relationship Make, it may have corresponding processing mode.Embodiment two and embodiment three are described in detail.

Embodiment two

Seeing Fig. 2, Fig. 2 is the flow chart of control method disclosed in the embodiment of the present invention two.This control method includes:

Step S21: detect the distance between the first electronic equipment and the second electronic equipment.

In enforcement, the first electronic equipment can detect between self and the second electronic equipment in the way of using infrared distance measurement Distance, it would however also be possible to employ the mode of bluetooth range finding detects the distance between self and the second electronic equipment.

If it should be noted that the first electronic equipment is not detected by by infrared distance measurement mode or bluetooth distance measuring method And the distance between the second electronic equipment, then show between the first electronic equipment and the second electronic equipment is distant, can Distance between first electronic equipment and the second electronic equipment is defined as the first distance value, and this first distance value is big below Distance threshold.

Step S22: the distance between the first electronic equipment and the second electronic equipment is little by being changed to more than distance threshold In or equal to distance threshold time, generate the first control instruction.

Step S23: respond the first control instruction, switches to Cooperative Mode by the first electronic equipment from stand-alone mode.

Step S24: the distance between the first electronic equipment and the second electronic equipment is become by less than or equal to distance threshold Change to during more than distance threshold, generate the second control instruction.

Step S25: respond the second control instruction, switches to stand-alone mode by the first electronic equipment from Cooperative Mode.

Control method disclosed in the embodiment of the present invention two, according to the distance between the first electronic equipment and the second electronic equipment Determining the operational mode of the first electronic equipment, the distance between the first electronic equipment and the second electronic equipment is by more than distance First electronic equipment, to during less than or equal to distance threshold, is switched to Cooperative Mode from stand-alone mode, when first by changes of threshold Distance between electronic equipment and the second electronic equipment is by when being changed to more than distance threshold less than or equal to distance threshold, by One electronic equipment switches to stand-alone mode from Cooperative Mode.Based on control method disclosed in the embodiment of the present invention two, when the first electricity Distance change between subset and the second electronic equipment is when meeting predetermined relationship, the first electronic equipment automatically at stand-alone mode and Switch between Cooperative Mode, it is possible to simplify the management operation of user.

Embodiment three

Seeing Fig. 3, Fig. 3 is the flow chart of control method disclosed in the embodiment of the present invention three.This control method includes:

Step S31: detect the short-range communication state between the first electronic equipment and the second electronic equipment.

Short-range communication mode between electronic equipment includes but not limited to: carried out by bluetooth module between electronic equipment Communication, is communicated by WiFi (Wireless Fidelity) module between electronic equipment.

As a kind of embodiment, detect the short-range communication state between the first electronic equipment and the second electronic equipment, Particularly as follows: the Bluetooth communication state between detection the first electronic equipment and the second electronic equipment.If the first electronic equipment and Bluetooth communication between two electronic equipments is in connection status, then show the first electronic equipment and the distance of the second electronic equipment Relatively near, if the Bluetooth communication between the first electronic equipment and the second electronic equipment is changed into off-state from connection status, that Show between the first electronic equipment and the second electronic equipment is distant.

As another embodiment, detect the short-range communication shape between the first electronic equipment and the second electronic equipment State, particularly as follows: the WiFi communication state between detection the first electronic equipment and the second electronic equipment.If the first electronic equipment with WiFi communication between second electronic equipment is in connection status, show between the first electronic equipment and the second electronic equipment away from Close to from, if the WiFi communication between the first electronic equipment and the second electronic equipment is changed into off-state from connection status, So show between the first electronic equipment and the second electronic equipment is distant.

Step S32: the short-range communication between the first electronic equipment and the second electronic equipment is changed into by off-state During connection status, generate the first control instruction；

Step S33: respond the first control instruction, switches to Cooperative Mode by the first electronic equipment from stand-alone mode.

Step S34: the short-range communication between the first electronic equipment and the second electronic equipment is changed into by connection status During off-state, generate the second control instruction.

Step S35: respond the second control instruction, switches to stand-alone mode by the first electronic equipment from Cooperative Mode.

Control method disclosed in the embodiment of the present invention three, according to the low coverage between the first electronic equipment and the second electronic equipment The operational mode of the first electronic equipment is determined, the low coverage between the first electronic equipment and the second electronic equipment from communications status When communication is changed into connection status by off-state, show that the distance between two electronic equipments is less, the first electronics is set For switching to Cooperative Mode from stand-alone mode, the short-range communication between the first electronic equipment and the second electronic equipment is by connecting When state is changed into off-state, show that the distance between two electronic equipments is relatively big, by the first electronic equipment from Cooperative Mode Switch to stand-alone mode.Based on control method disclosed in the embodiment of the present invention three, when the first electronic equipment and the second electronic equipment Between the change of short-range communication state when meeting predetermined condition, the first electronic equipment is automatically at stand-alone mode and Cooperative Mode Between switch over, it is possible to simplify user management operation.

Embodiment four

In control method disclosed in the above embodiment of the present invention one to embodiment three, stand-alone mode and the of Cooperative Mode A kind of example is:

In the independent mode, the first application in the first electronic equipment is in the unrestricted state of function；

Under Cooperative Mode, the first application of the first electronic equipment is in function limitation state, and the first electronic equipment receives The collaborative process information that second electronic equipment sends, by the collaborative process information of application output of coupling in the first electronic equipment.Its In, this collaborative process information is produced by the second application of the second electronic equipment, the first application of the first electronic equipment and the second electricity Second application of subset is same application or is the application matched.The application matched refers to: have identical function Application.Such as, different navigation application is considered as the application matched.

Need exist for explanation, under Cooperative Mode, between the first electronic equipment and the second electronic equipment, pass through low coverage Data interaction is carried out from communication mode.Such as: the first electronic equipment and the second electronic equipment carry out data friendship by bluetooth module Mutually, the first electronic equipment and the second electronic equipment carry out data interaction by NFC (the short distance wireless communication technology) module, and first Electronic equipment and the second electronic equipment carry out data interaction by WiFi module.

Multiple electronic equipments of user often have identical application or the identical application of function, such as: the first electronics Equipment and the second electronic equipment all have talk application and short message application, and the first electronic equipment and the second electronic equipment are all installed Navigation type application and motion monitoring class is had to apply.

If distant between the first electronic equipment and the second electronic equipment, then the first electronic equipment automatically switches Run to stand-alone mode.In this case, the application in the first electronic equipment is in the unrestricted state of function, and the second electronics sets Application in Bei is also at the unrestricted state of function, the first electronic equipment and the second electronic equipment all can provide the user clothes Business.

If close together between the first electronic equipment and the second electronic equipment, then the first electronic equipment automatically switches Run to Cooperative Mode.In this case, some application (the first application) in the first electronic equipment is set to function be subject to Limit state, is provided the user service by application that is identical in the second electronic equipment or that match (the second application), the second electronics The collaborative process information that second application produces only is sent to the first electronic equipment by equipment, should by mate in the first electronic equipment By the collaborative process information of output, it is possible to reduce the power consumption of the first electronic equipment.

Needing exist for explanation, the first application in the first electronic equipment can be one or more application.

It addition, the first application is in function limitation state and refers to: the first application is disabled, or the part merit of the first application Can be disabled.

Accordingly, in a particular application, by the one of the collaborative process information of application output of coupling in the first electronic equipment Embodiment is: in the case of the partial function of the first application is disabled, and the first electronic equipment controls the first application output and assists With processing information.By the another embodiment of the application collaborative process information of output of coupling in the first electronic equipment it is: the In the case of one application is disabled, the first electronic equipment is determined to export the application of collaborative process information, and controlling afterwards should By the collaborative process information of output.

Illustrate below in conjunction with example.

Example one

First electronic equipment has the first navigation application, and the second electronic equipment has the second navigation application.

When the first electronic equipment and the second electronic equipment are in stand-alone mode, the first navigation application and the second navigation application It is in the unrestricted state of function, generates navigation information by location and export, providing the user navigation Service.

When the first electronic equipment switches to Cooperative Mode from stand-alone mode, the second electronic equipment also switches from stand-alone mode For Cooperative Mode.Under Cooperative Mode, the first navigation application of the first electronic equipment is disabled, and the second of the second electronic equipment is led Boat application generates navigation information by location, and generates navigation hint according to navigation information, sends navigation to the first electronic equipment Prompting (such as overspeed alarm, prompting of turning), the first electronic equipment is determined to export the application of navigation hint, controls this application defeated Go out the navigation hint received.Such as: the first electronic equipment controls voice output application with leading that speech form output receives Boat prompting.Or, under Cooperative Mode, the navigation feature of the first navigation application of the first electronic equipment is disabled, the second electronics Second navigation application of equipment generates navigation information by location, and generates navigation hint according to navigation information, to the first electronics Equipment sends navigation hint (such as overspeed alarm, prompting of turning), owing to the first navigation applies only navigation feature disabled, and voice Output function is the most limited, and therefore the first electronic equipment controls the first navigation application output navigation hint.

Example two

First electronic equipment is specially intelligent watch, and the second electronic equipment is specially mobile phone, and this intelligent watch and mobile phone are equal There is talk application and short message application.

When intelligent watch and mobile phone are in stand-alone mode, intelligent watch and the talk application of mobile phone and short message answer use In unrestricted state, user can use mobile phone make a phone call and receive and dispatch short message, it is possible to use intelligent watch is made a phone call and receives Short-message sending.

When intelligent watch switches to Cooperative Mode from stand-alone mode, mobile phone also switches to Cooperative Mode from stand-alone mode. Under Cooperative Mode, intelligent watch by radio-frequency module close, to reduce the power consumption of equipment, now the talk application of intelligent watch and Short message application be in function limitation state, say, that user can not by intelligent watch answer other users incoming call or Make a phone call to other users, short message can not be received and dispatched.

Under Cooperative Mode, when mobile phone receives the incoming call that other equipment is initiated, the talk application in mobile phone generates Electricity prompting, mobile phone sends this incoming call prompting to intelligent watch.After intelligent watch receives incoming call prompting, control voice output application Export the incoming call prompting received with speech form, or control display is applied and exported, at display screen, the incoming call prompting received.

Under Cooperative Mode, when mobile phone receives the short message that other equipment sends, the short message application in mobile phone is raw Becoming new information prompting, mobile phone sends the prompting of this new information to intelligent watch.After intelligent watch receives new information prompting, control language The new information that sound output application receives with speech form output is pointed out, or control display is applied and received in display screen output New information prompting.

Owing to user is typically to be worn in wrist intelligent watch, when mobile phone receives incoming call or short message, raw Become incoming call prompting or new information prompting and send to intelligent watch, intelligent watch controlling the application output incoming prompting of coupling Point out with new information, it is possible to reduce user and miss phone or the probability of short message is seen in leakage.

Embodiment five

In control method disclosed in the above embodiment of the present invention one to embodiment three, stand-alone mode and the of Cooperative Mode Two kinds of examples are:

In the independent mode, the first application in the first electronic equipment and the 3rd application are in the unrestricted state of function；

Under Cooperative Mode, the first application of the first electronic equipment is in function limitation state, and the first electronic equipment receives The collaborative process information that second electronic equipment sends, by the collaborative process information of application output of coupling in the first electronic equipment.Its In, collaborative process information is produced by the second application of the second electronic equipment, the first application of the first electronic equipment and the second electronics Second application of equipment is same application or is the application matched.

If close together between the first electronic equipment and the second electronic equipment, then the first electronic equipment automatically switches Run to Cooperative Mode.Under Cooperative Mode, some application (the first application) in the first electronic equipment is in function limitation shape State, and some application (the 3rd application) in the first electronic equipment is still in the unrestricted state of function.By in the second electronic equipment Application (the second application) that is identical with the first application or that match provides the user service, and the second electronic equipment only should by second Send to the first electronic equipment by the collaborative process information produced, processed by the application output of coupling is collaborative in the first electronic equipment Information, it is possible to reduce the power consumption of the first electronic equipment.

The 3rd application in first electronic equipment may refer to: the application that the only first electronic equipment has.It is to say, the Two electronic equipments do not possess the 3rd application, the most do not possess and apply with the 3rd the application mated (namely with the 3rd function applied Identical application).Owing to the second electronic equipment does not possess application that is identical with the 3rd application or that match, the most no matter the first electricity Subset is in stand-alone mode and is in Cooperative Mode, and its 3rd application is all in the unrestricted state of function.

If it addition, the first electronic equipment and the second electronic equipment have application that is identical or that match, but first is electric Application (the 3rd application) in subset can produce more optimal effect, then no matter the first electronic equipment is in independent mould Formula is in Cooperative Mode, and the 3rd application of the first electronic equipment is all in the unrestricted state of function.

Such as:

First electronic equipment is specially intelligent watch or Intelligent bracelet, and the second electronic equipment is specially mobile phone.Due to user Meeting intelligent watch or the Intelligent bracelet worn next to the skin, therefore intelligent watch or Intelligent bracelet can get user's shape more accurately State information, such as pulse information and action message more accurately.If intelligent watch or Intelligent bracelet have motion, detection class should With, then no matter intelligent watch or Intelligent bracelet are in stand-alone mode or Cooperative Mode, its motion detection class application all in Unrestricted state, thus more accurately count the kinestate of user.

In embodiment four disclosed by the invention and embodiment five, the first electronic equipment is under stand-alone mode, works as reception To the 3rd electronic equipment initiate communication event time, export communication event prompt, wherein, the 3rd electronic equipment initiate communication thing Part pushes to the first electronic equipment and the second electronic equipment simultaneously；First electronic equipment responds the operational order received, and processes The communication event that 3rd electronic equipment is initiated；First electronic equipment generates processed information, sends to the second electronic equipment Processed information, this processed information is for triggering the communication thing that the 3rd electronic equipment is initiated by the second electronic equipment Part is labeled as processed.

First electronic equipment of first user and the second electronic equipment can use main card and the vice card of jack per line, or First electronic equipment and the second electronic equipment use different numbers, at the third-party platform the first electronics to using jack per station Equipment and the second electronic equipment are bound.When the first electronic equipment and the second electronic equipment are in stand-alone mode, if the Three electronic equipments initiate communication event (such as phone and short message) to first user, then the communication thing that the 3rd electronic equipment is initiated Part pushes to the first electronic equipment and the second electronic equipment simultaneously.

After first electronic equipment and the second electronic equipment receive the communication event that the 3rd electronic equipment is initiated, output communication Event prompt, user can enter the operating instructions at any one electronic equipment and process this communication event.

If first user enters the operating instructions at the first electronic equipment, then the first electronic equipment responds the operation received Instruction, the communication event initiating the 3rd electronic equipment processes, and generates processed information afterwards and to the second electronics Equipment sends, after the second electronic equipment receives the processed information that the first electronic equipment sends, by the 3rd electronic equipment The communication event initiated is labeled as processed.

If first user enters the operating instructions at the second electronic equipment, then the second electronic equipment responds the operation received Instruction, the communication event initiating the 3rd electronic equipment processes, and generates processed information afterwards and to the first electronics Equipment sends, after the first electronic equipment receives the processed information that the second electronic equipment sends, by the 3rd electronic equipment The communication event initiated is labeled as processed.

It should be noted that the first electronic equipment and the second electronic equipment be in stand-alone mode state under, the first electronics Short-range communication between equipment and the second electronic equipment is off, and the first electronic equipment sends to the second electronic equipment Processed information, and the second electronic equipment is all flat by third party to the first electronic equipment processed information of transmission Platform realizes.

Embodiment six

In control method disclosed in the above embodiment of the present invention one to embodiment three, stand-alone mode and the of Cooperative Mode Three kinds of examples are:

In the independent mode, the first electronic equipment does not affect the operation of the second electronic equipment, and the fortune of the first electronic equipment Capable do not affected by the second electronic equipment；Under Cooperative Mode, the first electronic equipment affects the operation of the second electronic equipment, or first The operation of electronic equipment is affected by the second electronic equipment.

Needing exist for explanation, in the independent mode, the first electronic equipment does not affect the operation of the second electronic equipment, and The operation of the first electronic equipment is not affected by the second electronic equipment, refers to: the first electronic equipment and the second electronic equipment show Data are not affected by another electronic equipment, the data handling procedure of the first electronic equipment and the second electronic equipment independently carries out, Do not affected by another electronic equipment.

As an example, under Cooperative Mode, the first electronic equipment receives the auxiliary information that the second electronic equipment sends, By the application output auxiliary information of coupling in the first electronic equipment.

Wherein, the auxiliary information that the second electronic equipment sends includes: image information, audio-frequency information, video information and second At least one information in the information that application in electronic equipment produces.

The information applying generation in second electronic equipment includes but not limited to: the second electronic equipment receives incoming call Time, the incoming call prompting that talk application generates；When second electronic equipment receives short message, the new information that short message application generates carries Show；After navigation application in second electronic equipment generates navigation information, utilize the navigation hint that navigation information generates；Second electronics The exercise data (such as step number and the speed of user's walking) that motion detection application in equipment produces.

With the first electronic equipment as intelligent watch or Intelligent bracelet, the second electronic equipment is mobile phone or panel computer is Example.Owing to the operational capability of intelligent watch and the processor of Intelligent bracelet is slightly lower, therefore, the first electronics, under Cooperative Mode, connects Receive image information, audio-frequency information, video information or navigation hint that the second electronic equipment sends, thus reduce the first electronics and set Standby operand.

With the first electronic equipment as mobile phone or panel computer, as a example by the second electronic equipment is Intelligent bracelet or intelligent watch. Intelligent watch and Intelligent bracelet are generally worn on the wrist of user, it is possible to get user state information more accurately, therefore, First electronic equipment, under Cooperative Mode, receives the motion number produced based on user state information that the second electronic equipment sends According to.

As another example, under Cooperative Mode, the first electronic equipment sends auxiliary information to the second electronic equipment.Its In, the auxiliary information that the first electronic equipment sends includes: image information, audio-frequency information, video information and described first electronics set At least one information in the information that application in Bei produces.

The information applying generation in first electronic equipment includes but not limited to: the first electronic equipment receives incoming call Time, the incoming call prompting that talk application generates；When first electronic equipment receives short message, the new information that short message application generates carries Show；After navigation application in first electronic equipment generates navigation information, utilize the navigation hint that navigation information generates；First electronics The exercise data (such as step number and the speed of user's walking) that motion detection application in equipment produces.

With the first electronic equipment as mobile phone or panel computer, as a example by the second electronic equipment is Intelligent bracelet or intelligent watch. Owing to the operational capability of intelligent watch and the processor of Intelligent bracelet is slightly lower, therefore, the first electronics is under Cooperative Mode, to second Electronic equipment sends image information, audio-frequency information, video information or navigation hint, thus reduces the computing of the second electronic equipment Amount.

With the first electronic equipment as intelligent watch or Intelligent bracelet, the second electronic equipment is mobile phone or panel computer is Example.First electronic equipment, under Cooperative Mode, sends the exercise data produced based on user state information to the second electronic equipment, So that the first electronic equipment obtains exercise data more accurately.

The present invention is disclosed above is applied to the control method of the first electronic equipment, invention additionally discloses accordingly and is applied to The control device of the first electronic equipment.Below with respect to controlling describing and the description above for control method, Ke Yixiang of device See mutually.

See the structural representation that Fig. 4, Fig. 4 are control device disclosed by the invention.This control device is applied to the first electricity Subset, including detector unit 10, processing unit 20 and the first control unit 30.

Detector unit 10 is for the Relation Parameters between detection the first electronic equipment and the second electronic equipment.

Processing unit 20, for processing the Relation Parameters that detector unit 10 detects, when this Relation Parameters shows the first electricity When position between subset and the second electronic equipment meets predetermined relationship, generate control instruction.

First control unit 30, for respond processing unit 20 generate described control instruction, by the first electronic equipment from First mode switches to the second pattern.Wherein, first mode is the one in stand-alone mode and Cooperative Mode, and the second pattern is only Another kind in formwork erection formula and Cooperative Mode.

Based on control device disclosed by the invention, the position between the first electronic equipment and the second electronic equipment meets pre- When determining relation, the first electronic equipment switches over automatically between stand-alone mode and Cooperative Mode, it is possible to simplify the management of user Operation.

As a kind of embodiment, detector unit 10 includes distance detection module, and distance detection module is for detection first Distance between electronic equipment and the second electronic equipment.

Accordingly, processing unit 20 includes the first processing module, and the first processing module is at the first electronic equipment and the second electricity Distance between subset, by when being changed to less than or equal to described distance threshold more than distance threshold, generates the first control and refers to Order；Distance between described first electronic equipment and described second electronic equipment is changed by less than or equal to described distance threshold To during more than described distance threshold, generate the second control instruction.Accordingly, the first control unit 30 specifically for: response first Control instruction, switches to Cooperative Mode by the first electronic equipment from stand-alone mode, responds the second control instruction, is set by the first electronics For switching to stand-alone mode from Cooperative Mode.

As another embodiment, detector unit 10 includes connection status detection module, and connection status detection module is used In the short-range communication state detected between the first electronic equipment and the second electronic equipment.

Accordingly, processing unit 20 includes the second processing module, and the second processing module is when the first electronic equipment and the second electricity When short-range communication between subset is changed into connection status by off-state, generate the first control instruction；When the first electronics When short-range communication between equipment and the second electronic equipment is changed into off-state by connection status, generates the second control and refer to Order.Accordingly, the first control unit 30 specifically for: respond the first control instruction, the first electronic equipment cut from stand-alone mode Shift to Cooperative Mode, respond the second control instruction, the first electronic equipment is switched to stand-alone mode from Cooperative Mode.

In the control device that the present invention is disclosed above, stand-alone mode and Cooperative Mode can be configured to various ways.

The first:

In the independent mode, the first application in the first electronic equipment is in the unrestricted state of function；Under Cooperative Mode, First application of the first electronic equipment is in function limitation state, and the first electronic equipment receives the collaborative of the second electronic equipment transmission Process information, by the collaborative process information of application output of coupling in the first electronic equipment.Wherein, this collaborative process information is by second Second application generation of electronic equipment, the first application of the first electronic equipment is answered for identical with the second of the second electronic equipment the application With or for the application that matches.

The second:

In the independent mode, the first application in the first electronic equipment and the 3rd application are in the unrestricted state of function；? Under Cooperative Mode, the first application of the first electronic equipment is in function limitation state, and the first electronic equipment receives the second electronics and sets The collaborative process information that preparation is sent, by the collaborative process information of application output of coupling in the first electronic equipment.Wherein, collaborative process Information is produced by the second application of the second electronic equipment, and the first application of the first electronic equipment should with the second of the second electronic equipment With for same application or for the application that matches.

The third:

As an example, under Cooperative Mode, the first electronic equipment receives the auxiliary information that the second electronic equipment sends, By the application output auxiliary information of coupling in the first electronic equipment.Wherein, auxiliary information includes: image information, audio-frequency information, regard Frequently at least one information in the information that the application in information and the second electronic equipment produces.

As an example, under Cooperative Mode, the first electronic equipment sends auxiliary information to the second electronic equipment.Its In, auxiliary information includes: the prompting letter that the application in image information, audio-frequency information, video information and the first electronic equipment produces At least one information in breath.

In the case of stand-alone mode and Cooperative Mode are configured to the first form and the second form, controlling shown in Fig. 4 On the basis of device processed, also include the second control unit 40, as shown in Figure 5.

Second control unit 40 is in stand-alone mode at the first electronic equipment, and receives the logical of the 3rd electronic equipment initiation During letter event, export communication event prompt, respond the operational order received afterwards, process the communication that the 3rd electronic equipment is initiated Event, and generate processed information, send this processed information to the second electronic equipment.Wherein, the 3rd electronics sets The communication event that preparation rises pushes to the first electronic equipment and the second electronic equipment simultaneously, and this processed information is used for triggering The communication event that 3rd electronic equipment is initiated is labeled as processed by the second electronic equipment.

Invention additionally discloses a kind of electronic equipment, its hardware configuration is as shown in Figure 6.This electronic equipment includes communication module 100, detection module 200, processor 300 and memorizer 400.

Wherein:

Communication module 100 is for transceiving data.

Memorizer 400 runs what required data and processor 300 produced at running for storing processor 300 Data.

Detection module 200 is for detecting the Relation Parameters between this electronic equipment and the second electronic equipment.

Processor 300 is for processing the Relation Parameters that detection module 200 detection produces, when Relation Parameters shows that this electronics sets When position between standby and the second electronic equipment meets predetermined relationship, generate control instruction, respond control instruction, this electronics is set For switching to the second pattern from first mode.Wherein, first mode is the one in stand-alone mode and Cooperative Mode, the second pattern For the another kind in stand-alone mode and Cooperative Mode.

Electronic equipment disclosed by the invention, detects the Relation Parameters between self and the second electronic equipment, when electric with second When position relationship between subset meets predetermined relationship, this electronic equipment is carried out automatically between stand-alone mode and Cooperative Mode Switching, it is possible to simplify the management operation of user.

In the electronic equipment shown in Fig. 6, detection module 200 can be distance detection module.Accordingly, processor 300 Specifically for: the distance between electronic equipment and the second electronic equipment is changed to less than or equal to distance by more than distance threshold During threshold value, generate the first control instruction；Distance between electronic equipment and the second electronic equipment is by less than or equal to distance threshold When value is changed to more than distance threshold, generate the second control instruction；Respond the first control instruction, by electronic equipment from stand-alone mode Switch to Cooperative Mode；Respond the second control instruction, electronic equipment is switched to stand-alone mode from Cooperative Mode.

In the electronic equipment shown in Fig. 6, detection module 200 can be connection status detection module.Accordingly, processor 300 specifically for: the short-range communication between electronic equipment and the second electronic equipment is changed into connection status by off-state Time, generate the first control instruction；Short-range communication between electronic equipment and the second electronic equipment is changed into by connection status During off-state, generate the second control instruction；Respond the first control instruction, electronic equipment is switched to collaborative mould from stand-alone mode Formula；Respond the second control instruction, electronic equipment is switched to stand-alone mode from Cooperative Mode.

As a kind of embodiment, electronic equipment disclosed by the invention includes that fixed component, fixed component are used for maintaining electricity Subset and the relative position relation of user's limbs.Set it is to say, electronic equipment disclosed by the invention can be intelligence wearing Standby.

As an example, this fixed component is for maintaining the relative position relation of electronic equipment and user's wrist.The most just Being to say, electronic equipment disclosed by the invention is Intelligent bracelet or intelligent watch.As another example, this fixed component is used for tieing up Hold the relative position relation of electronic equipment and user's head.It is to say, electronic equipment disclosed by the invention is intelligent helmet.When So, electronic equipment disclosed by the invention can also be mobile phone or panel computer.

In electronic equipment disclosed by the invention, the stand-alone mode of electronic equipment and the concrete form of Cooperative Mode may refer to Description hereinbefore.

In the case of the stand-alone mode of electronic equipment and Cooperative Mode are configured to the first form and the second form, electricity The processor 300 of subset is additionally operable to: when electronic equipment is in stand-alone mode and receives the communication that the 3rd electronic equipment is initiated During event, processor 300 controls output device and exports corresponding communication event prompt, and the input equipment of response operation afterwards receives Operational order, process the 3rd electronic equipment initiate communication event, generate processed information afterwards, pass through communication module 100 send processed information to the second electronic equipment.

Wherein, the communication event that the 3rd electronic equipment is initiated pushes to this electronic equipment and the second electronic equipment simultaneously.Place The processed information that reason device 300 generates is for triggering the communication event mark that the 3rd electronic equipment is initiated by the second electronic equipment It is designated as processed.

Finally, in addition it is also necessary to explanation, in this article, the relational terms of such as first and second or the like be used merely to by One entity or operation separate with another entity or operating space, and not necessarily require or imply these entities or operation Between exist any this reality relation or order.And, term " includes ", " comprising " or its any other variant meaning Containing comprising of nonexcludability, so that include that the process of a series of key element, method, article or equipment not only include that A little key elements, but also include other key elements being not expressly set out, or also include for this process, method, article or The key element that equipment is intrinsic.In the case of there is no more restriction, statement " including ... " key element limited, do not arrange Except there is also other identical element in including the process of described key element, method, article or equipment.

In this specification, each embodiment uses the mode gone forward one by one to describe, and what each embodiment stressed is and other The difference of embodiment, between each embodiment, identical similar portion sees mutually.For device disclosed in embodiment For, owing to it corresponds to the method disclosed in Example, so describe is fairly simple, relevant part sees method part and says Bright.

Described above to the disclosed embodiments, makes professional and technical personnel in the field be capable of or uses the present invention. Multiple amendment to these embodiments will be apparent from for those skilled in the art, as defined herein General Principle can realize without departing from the spirit or scope of the present invention in other embodiments.Therefore, the present invention It is not intended to be limited to the embodiments shown herein, and is to fit to and principles disclosed herein and features of novelty phase one The widest scope caused.

Claims

1. a control method, is applied to the first electronic equipment, it is characterised in that described control method includes:

Relation Parameters between detection and described second electronic equipment；

Process described Relation Parameters, when described Relation Parameters shows between described first electronic equipment and described second electronic equipment Position when meeting predetermined relationship, generate control instruction；

Respond described control instruction, described first electronic equipment is switched to the second pattern, wherein, described first from first mode Pattern is the one in stand-alone mode and Cooperative Mode, and described second pattern is in described stand-alone mode and described Cooperative Mode Another kind of.

Control method the most according to claim 1, it is characterised in that

In the independent mode, the first application in described first electronic equipment is in the unrestricted state of function；

Under described Cooperative Mode, described first application of described first electronic equipment is in function limitation state, and described first Electronic equipment receives the collaborative process information that the second electronic equipment sends, by the application output of coupling in described first electronic equipment Described collaborative process information, described collaborative process information is produced by the second application of described second electronic equipment, described first electricity Described first application of subset for same application or is match with described second application of described second electronic equipment Application.

Control method the most according to claim 1, it is characterised in that

In the independent mode, the first application in described first electronic equipment and the 3rd application are in the unrestricted shape of function State；

4. according to the control method described in Claims 2 or 3, it is characterised in that also include:

Described first electronic equipment is under stand-alone mode, when receiving the communication event that the 3rd electronic equipment is initiated, and output Communication event prompt, wherein, described 3rd electronic equipment initiate communication event push to simultaneously described first electronic equipment and Described second electronic equipment；

Generate processed information, send described processed information to described second electronic equipment, described processed carry Show that the communication event that described 3rd electronic equipment is initiated is labeled as processed for triggering described second electronic equipment by information.

Control method the most according to claim 1, it is characterised in that

In the independent mode, described first electronic equipment does not affect the operation of the second electronic equipment, and described first electronics The operation of equipment is not affected by described second electronic equipment；

Under described Cooperative Mode, described first electronic equipment affects the operation of described second electronic equipment, or described first electricity The operation of subset is affected by described second electronic equipment.

Control method the most according to claim 5, it is characterised in that under described Cooperative Mode, described first electronics sets The standby auxiliary information receiving described second electronic equipment transmission, described auxiliary by the application output of coupling in described first electronic equipment Supplementary information；

Described auxiliary information includes: the application in image information, audio-frequency information, video information and described second electronic equipment produces Information at least one information.

Control method the most according to claim 5, it is characterised in that under described Cooperative Mode, described first electronics sets Standby to described second electronic equipment transmission auxiliary information；

Described auxiliary information includes: the application in image information, audio-frequency information, video information and described first electronic equipment produces Information at least one information.

Control method the most according to claim 1, it is characterised in that

Relation Parameters between described detection and described second electronic equipment, including: detect described first electronic equipment and second Distance between electronic equipment；

The described Relation Parameters of described process, when described Relation Parameters shows described first electronic equipment and described second electronic equipment Between position when meeting predetermined relationship, generate control instruction, including: when described first electronic equipment sets with described second electronics Distance between Bei, by when being changed to less than or equal to described distance threshold more than distance threshold, generates the first control instruction；When Distance between described first electronic equipment and described second electronic equipment is changed to greatly by less than or equal to described distance threshold When described distance threshold, generate the second control instruction；

Or,

Relation Parameters between described detection and described second electronic equipment, including: detect described first electronic equipment with described Short-range communication state between second electronic equipment；

The described Relation Parameters of described process, when described Relation Parameters shows described first electronic equipment and described second electronic equipment Between position when meeting predetermined relationship, generate control instruction, including: when described first electronic equipment sets with described second electronics When short-range communication between Bei is changed into connection status by off-state, generate the first control instruction；When described first electronics When short-range communication between equipment and described second electronic equipment is changed into off-state by connection status, generate the second control Instruction；

Accordingly, respond described first control instruction, described first electronic equipment is switched to described association from described stand-alone mode Same pattern；Respond described second control instruction, described first electronic equipment is switched to described independent mould from described Cooperative Mode Formula.

9. control a device, be applied to the first electronic equipment, it is characterised in that described control device includes:

Detector unit, the Relation Parameters between detection and described second electronic equipment；

Processing unit, is used for processing described Relation Parameters, when described Relation Parameters shows described first electronic equipment and described When position between two electronic equipments meets predetermined relationship, generate control instruction；

First control unit, for respond described processing unit generate described control instruction, by described first electronic equipment from First mode switches to the second pattern, and wherein, described first mode is the one in stand-alone mode and Cooperative Mode, and described second Pattern is the another kind in described stand-alone mode and described Cooperative Mode.

10. an electronic equipment, it is characterised in that include detection module, communication module, processor and memorizer；

Described communication module is used for transceiving data；

Described memorizer is for storing the data needed for described processor runs and the data of described processor generation；

Described detection module is for detecting the Relation Parameters between described electronic equipment and the second electronic equipment；

Described processor is used for processing described Relation Parameters, when described Relation Parameters shows described electronic equipment and described second electricity When position between subset meets predetermined relationship, generate control instruction, respond described control instruction, by described electronic equipment from First mode switches to the second pattern；

Wherein, described first mode is the one in stand-alone mode and Cooperative Mode, and described second pattern is described stand-alone mode With the another kind in described Cooperative Mode.

11. electronic equipments according to claim 10, it is characterised in that described detection module is distance detection module；

Described processor specifically for: the distance between described electronic equipment and described second electronic equipment by more than distance threshold When value is changed to less than or equal to described distance threshold, generate the first control instruction；When described electronic equipment and described second electricity Distance between subset, by when being changed to more than described distance threshold less than or equal to described distance threshold, generates the second control Instruction；Respond described first control instruction, described electronic equipment is switched to described Cooperative Mode from described stand-alone mode；Response Described second control instruction, switches to described stand-alone mode by described electronic equipment from described Cooperative Mode.

12. electronic equipments according to claim 10, it is characterised in that described detection module is that connection status detects mould Block；

Described processor specifically for: the short-range communication between described electronic equipment and described second electronic equipment is by disconnecting When state is changed into connection status, generate the first control instruction；Between described electronic equipment and described second electronic equipment When short-range communication is changed into off-state by connection status, generate the second control instruction；Respond described first control instruction, will Described electronic equipment switches to described Cooperative Mode from described stand-alone mode；Respond described second control instruction, by described electronics Equipment switches to described stand-alone mode from described Cooperative Mode.

13. according to the electronic equipment described in claim 10,11 or 12, it is characterised in that described electronic equipment includes fixed part Part, described fixed component is for maintaining the relative position relation of described electronic equipment and user's limbs.