CN105337330A

CN105337330A - Control method and electronic apparatus

Info

Publication number: CN105337330A
Application number: CN201410392565.9A
Authority: CN
Inventors: 俞晨
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-08-11
Filing date: 2014-08-11
Publication date: 2016-02-17
Anticipated expiration: 2034-08-11
Also published as: CN105337330B

Abstract

The invention discloses a control method and an electronic apparatus, and belongs to the technical field of computers. The control method comprises the steps of obtaining parameter information of a first electronic device of N electronic devices; obtaining parameter information of a second electronic device of the N electronic devices; and when the parameter information of the first electronic device satisfies a preset condition and when the parameter information of the second electronic device satisfies the preset condition, controlling the electronic apparatus to charge the first electronic device through a first position of a flat plate plane according to the position information of the first electronic device, and controlling the electronic apparatus to charge the second electronic device through a second position of the flat plate plane according to the position information of the second electronic device. The electronic apparatus comprises a control module, the flat plate plane and a charging module. According to the control method and the electronic apparatus, multiple electronic devices can be charged at the same time.

Description

A kind of control method and electronic installation

Technical field

The present invention relates to field of computer technology, particularly a kind of control method and electronic installation.

Background technology

Day by day universal along with electronic equipment, each user may have multiple electronic equipment, as mobile phone, small-size sound box and bluetooth earphone etc., when the electric quantity for electronic equipment of user is not enough, needs to charge to electronic equipment.

At present, prior art has occurred that a kind of wireless charging device charges to electronic equipment.This wireless charging device comprises induction coil, and electronic equipment comprises receiving coil.When electronic equipment needs charging, this electronic equipment is placed on wireless charging device.Wireless charging device obtains the adapt voltages of this electronic equipment or adaptive electric current, the adaptive electric current of the charging voltage configuring self to be the adapt voltages of this electronic equipment or the charging current that configures self be this electronic equipment.Then this wireless charging device is charged to this electronic equipment by the receiving coil of induction coil and this electronic equipment.

Realizing in process of the present invention, inventor finds that prior art at least exists following problem:

When multiple electronic equipments that user has all need charging, this wireless charging device could charge to second electronic equipment after being full of electricity to an electronic equipment.So charge singly to multiple electronic equipments that user has, can spend a large amount of time, the efficiency of charging to electronic equipment is very low.

Summary of the invention

In order to the problem of prior art can be solved, the invention provides a kind of control method and electronic installation.Described technical scheme is as follows:

A kind of control method, described control method is applied to electronic installation and independent of described electronic installation and in the electronic equipment that can work alone separately, wherein, described electronic installation comprises platen surface, described platen surface can place N number of electronic equipment, the positive integer of N >=1, and described method comprises:

Obtain the parameter information of the first electronic equipment in described N number of electronic equipment, the parameter information of described first electronic equipment comprises the positional information of described first electronic equipment and the attribute information of described first electronic equipment, wherein, the positional information of described first electronic equipment is for representing that described first electronic equipment is positioned over the position in described platen surface, and the attribute information of described first electronic equipment is for representing the dump energy of described first electronic equipment;

Obtain the parameter information of the second electronic equipment in described N number of electronic equipment, the parameter information of described second electronic equipment comprises the positional information of described second electronic equipment and the attribute information of described second electronic equipment, wherein, the positional information of described second electronic equipment is for representing that described second electronic equipment is positioned over the position in described platen surface, the attribute information of described second electronic equipment is for representing the dump energy of described second electronic equipment, the position that described first electronic equipment is positioned in described platen surface is placed with the position in described platen surface different from described second electronic equipment,

When the parameter information of described first electronic equipment meets predetermined condition and meets described predetermined condition when the parameter information of described second electronic equipment, control described electronic installation according to the positional information of described first electronic equipment to carry out charging by the primary importance of described platen surface to described first electronic equipment and control described electronic installation according to the positional information of described second electronic equipment and charged to described second electronic equipment by the second place of described platen surface, described primary importance is corresponding with the position that described first electronic equipment is positioned in described platen surface, the described second place is corresponding with the position that described second electronic equipment is positioned in described platen surface.

A kind of control method, described control method is applied to electronic installation and independent of described electronic installation and in the electronic equipment that can work alone separately, wherein, described electronic installation comprises platen surface, described platen surface can place electronic equipment, and described method comprises:

Obtain the parameter information of the electronic equipment be placed in described platen surface, the parameter information breath of described electronic equipment comprises the positional information of described electronic equipment and the attribute information of described electronic equipment, wherein, the positional information of described electronic equipment is for representing that described electronic equipment is positioned over the position in described platen surface, and the attribute information of described electronic equipment is for representing the dump energy of described electronic equipment;

When the parameter information of described electronic equipment meets predetermined condition, control described electronic installation according to the positional information of described electronic equipment to be charged to described electronic equipment by the primary importance of described platen surface, described primary importance is corresponding with the position that described electronic equipment is positioned in described platen surface.

A kind of electronic installation, described electronic installation comprises: control module, platen surface and charging module;

Described control module obtains the parameter information of the first electronic equipment and the parameter information of the second electronic equipment in described N number of electronic equipment, the parameter information of electronic equipment comprises positional information and the attribute information of described electronic equipment, the positional information of described electronic equipment is for representing that described electronic equipment is positioned over the position in described platen surface, the attribute information of described electronic equipment is for representing the dump energy of described electronic equipment, and the position that described first electronic equipment is positioned in described platen surface is placed with the position in described platen surface different from described second electronic equipment;

When the parameter information of described first electronic equipment meets predetermined condition and meets described predetermined condition when the parameter information of described second electronic equipment, described control module is controlled described charging module according to the positional information of described first electronic equipment and is carried out charging by the primary importance of described platen surface to described first electronic equipment and control described charging module according to the positional information of described second electronic equipment and charged to described second electronic equipment by the second place of described platen surface, described primary importance is corresponding with the position that described first electronic equipment is positioned in described platen surface, the described second place is corresponding with the position that described second electronic equipment is positioned in described platen surface.

In embodiments of the present invention, obtain the parameter information of the first electronic equipment in N number of electronic equipment, obtain the parameter information of the second electronic equipment in N number of electronic equipment, the parameter information of electronic equipment comprises the positional information of electronic equipment and the attribute information of electronic equipment, wherein, the positional information of electronic equipment is for representing that electronic equipment is positioned over the position in platen surface, the attribute information of electronic equipment is for representing the dump energy of electronic equipment, and the position that the first electronic equipment is positioned in platen surface is placed with the position in platen surface different from the second electronic equipment; When the parameter information of the first electronic equipment meets predetermined condition and meets predetermined condition when the parameter information of the second electronic equipment, control the primary importance of electronic installation by platen surface according to the positional information of the first electronic equipment and carry out charging to the first electronic equipment and control electronic installation according to the positional information of the second electronic equipment and charged to the second electronic equipment by the second place of platen surface.Owing to obtaining the positional information of the first electronic equipment and the second electronic equipment, so when the parameter information of the first electronic equipment and the second electronic equipment all meets predetermined condition, can charge to the first electronic equipment and the second electronic equipment respectively by the primary importance in platen surface and the second place simultaneously.So can charge to multiple electronic equipment simultaneously, save the charging interval, improve charge efficiency.

Accompanying drawing explanation

In order to be illustrated more clearly in the technical scheme in the embodiment of the present invention, below the accompanying drawing used required in describing embodiment is briefly described, apparently, accompanying drawing in the following describes is only some embodiments of the present invention, for those of ordinary skill in the art, under the prerequisite not paying creative work, other accompanying drawing can also be obtained according to these accompanying drawings.

Fig. 1 is the flow chart of a kind of control method that the embodiment of the present invention 1 provides;

Fig. 2-1 is the flow chart of a kind of control method that the embodiment of the present invention 2 provides;

Fig. 2-2 is the schematic diagrames of a kind of electronic installation that the embodiment of the present invention 2 provides;

Fig. 2-3 is schematic diagrames of the grid array of a kind of module formation of charging that the embodiment of the present invention 2 provides;

Fig. 3 is the flow chart of a kind of control method that the embodiment of the present invention 3 provides;

Fig. 4 is the apparatus structure schematic diagram of a kind of electronic installation that the embodiment of the present invention 4 provides.

Embodiment

For making the object, technical solutions and advantages of the present invention clearly, below in conjunction with accompanying drawing, embodiment of the present invention is described further in detail.

Embodiment 1

See Fig. 1, embodiments provide a kind of control method, this control method is applied to electronic installation and independent of this electronic installation and in the electronic equipment that can work alone separately, wherein, this electronic installation comprises platen surface, this platen surface can place N number of electronic equipment, and the positive integer of N >=1, comprising:

Step 101: the parameter information obtaining the first electronic equipment in N number of electronic equipment, the parameter information of the first electronic equipment comprises the positional information of the first electronic equipment and the attribute information of the first electronic equipment, wherein, the positional information of the first electronic equipment is for representing that the first electronic equipment is positioned over the position in platen surface, and the attribute information of the first electronic equipment is for representing the dump energy of the first electronic equipment;

Step 102: the parameter information obtaining the second electronic equipment in N number of electronic equipment, the parameter information of the second electronic equipment comprises the positional information of the second electronic equipment and the attribute information of the second electronic equipment, wherein, the positional information of the second electronic equipment is for representing that the second electronic equipment is positioned over the position in platen surface, the attribute information of the second electronic equipment is for representing the dump energy of the second electronic equipment, and the position that the first electronic equipment is positioned in platen surface is placed with the position in platen surface different from the second electronic equipment;

Step 103: when the parameter information of the first electronic equipment meets predetermined condition and meets predetermined condition when the parameter information of the second electronic equipment, control the primary importance of electronic installation by platen surface according to the positional information of the first electronic equipment to carry out charging to the first electronic equipment and control electronic installation according to the positional information of the second electronic equipment and charged to the second electronic equipment by the second place of platen surface, primary importance is corresponding with the position that the first electronic equipment is positioned in platen surface, and the second place is corresponding with the position that the second electronic equipment is positioned in platen surface.

Preferably, obtain the parameter information of the first electronic equipment in N number of electronic equipment, and obtain the parameter information of the second electronic equipment in N number of electronic equipment, comprising:

When the first electronic equipment in N number of electronic equipment and the second electronic equipment are placed in platen surface, obtain the parameter information of the first electronic equipment and the second electronic equipment respectively; Or,

The parameter information of each electronic equipment that the N number of electronic equipment placed in prefixed time interval acquisition platen surface comprises, at least comprises the first electronic equipment and the second electronic equipment in N number of electronic equipment.

Further, platen surface is the viewing area of electronic installation;

Correspondingly, the method also comprises:

The dump energy of each electronic equipment that N number of electronic equipment that Real-time Obtaining platen surface is placed comprises;

At the electricity display position that each electronic equipment is corresponding, show the dump energy of multiple electronic equipments that the platen surface of each electronic equipment is placed, it is overlapping and with to be positioned at the position that electronic equipment is positioned in platen surface adjacent that electricity display position and the electronic equipment of electronic equipment are not positioned over position in platen surface.

Further, this electronic installation also comprises the charging module forming grid array, the charging module forming grid array controls corresponding end points and adds the electric charge of positive pole and the electric charge of negative pole, the formation charged area, place interweaved, charged area at least comprises the charged area of primary importance and the charged area of the second place;

Correspondingly, the method also comprises:

According to the positional information of the first electronic equipment, control electronic installation to be charged to the first electronic equipment by the charged area of the primary importance of platen surface, and according to the positional information of the second electronic equipment, control electronic installation and charged to the second electronic equipment by the charged area of the second place of platen surface.

Further, this electronic installation also comprises at least one movable charging module;

Correspondingly, the method also comprises:

According to the positional information of the first electronic equipment, control electronic installation moves a charging module and charges to the first electronic equipment to the primary importance of platen surface, and according to the positional information of the second electronic equipment, control the charging module that electronic installation moves except charging module and charge to the second electronic equipment to the second place of platen surface.

Embodiment 2

See Fig. 2-1, embodiments provide a kind of control method, when all electricity is not enough for multiple electronic equipments of user, the multiple electronic equipments of the method that can be provided by the embodiment of the present invention to user are charged, and the method specifically comprises:

Step 201: the parameter information obtaining the first electronic equipment in N number of electronic equipment;

Wherein, N be more than or equal to 1 positive integer.When the electric quantity for electronic equipment of user is not enough, the electronic installation as shown in Fig. 2-2 can be used to charge to electronic equipment, this electronic installation comprises a platen surface, and user can charge in the platen surface needing the electronic equipment of charging be placed on this electronic installation.The parameter information of the first electronic equipment comprises positional information and the attribute information of the first electronic equipment, the positional information of the first electronic equipment is for representing that the first electronic equipment is placed on the position in platen surface, and the attribute information of the first electronic equipment is for representing the dump energy of the first electronic equipment.

Wherein, this step can realize in the following way, is specially:

The first, when being placed in platen surface by the first electronic equipment, obtain the parameter information of the first electronic equipment, concrete acquisition methods is as follows:

Wherein, the platen surface of electronic installation can be provided with induction installation and communicator.Wherein induction installation also possesses simple communication function, can obtain the device identification of electronic equipment.Communicator can be bluetooth, infrared or wifi (WiMAX) etc.When the first electronic equipment is placed in platen surface by user, electronic installation can sense the position of the first electronic equipment by the induction installation in platen surface.Such as, electronic installation is provided with induction installation.Each placement electronic equipment on the electronic device has at least one induction point.Induction installation can obtain the induction point on electronic equipment when in the platen surface that electronic equipment is placed on electronic installation.Such electronic installation just can know the position of this induction point relative to the induction region of induction installation when perceiving induction point.Wherein, the induction region of induction installation overlaps with platen surface.

Or, embodiments of the invention provide in the platen surface of this electronic installation and capture apparatus be installed (such as, camera array), the one side that first electronic equipment contacts with platen surface there is identification information (such as, be similar to 2 D code information), the first electronic equipment sends dump energy information by this identification information to described electronic installation.Because the battery level information in the dump energy information of the first electronic equipment or charging process is all real-time update, thus this identification information can real-time update to transmit different dump energy information to electronic installation.Capture apparatus carries out captured in real-time to platen surface.Certainly this identification information can also be used for electronic installation to identify this first electronic equipment relative to the position of platen surface of electronic installation.When the first electronic equipment is placed in platen surface by user, according to obtaining the capture apparatus of identification information, electronic installation determines that this first electronic equipment relatively and the position of platen surface, and obtain the dump energy of the first electronic equipment according to the identification information photographed.Such as, the camera that so can obtain identification information when the capture apparatus of electronic installation is camera array in camera array just characterizes the position of the first electronic equipment.Simultaneously electronic installation by obtain the dump energy that identification information just can obtain battery in the electricity of the first electronic equipment or charging process in real time.Certainly, the filming apparatus of this electronic installation of embodiments of the invention realizes acquisition first electronic equipment with one or more camera and is placed on image in platen surface, obtains the position be placed in platen surface of the first electronic equipment through graphical analysis.

In addition, the device identification of the first electronic equipment is only comprised in the identification information in embodiments of the invention on the first electronic equipment.Electronic installation obtains the position of the first electronic equipment in the platen surface of electronic installation by the way.Electronic installation is placed into the device identification carrying out scanning acquisition first electronic equipment in the process in the platen surface of electronic installation by capture apparatus to the identification information of the first electronic equipment at the first electronic equipment, and in the platen surface that the first electronic equipment is placed into electronic installation and sensed time electronic installation according to this device identification (, the first electronic equipment guaranteeing to determine to be connected by communicator is exactly the first electronic equipment being placed on platen surface) established a communications link by communicator and the first electronic equipment, and the dump energy of the first electronic equipment is obtained by the communication connection of setting up.

Get after the first electronic equipment is placed on the dump energy of position in platen surface and the first electronic equipment by said method, first electronic equipment is placed on the positional information of the position in platen surface as the first electronic equipment, using the attribute information of the dump energy of the first electronic equipment as the first electronic equipment, the positional information of the first electronic equipment and attribute information are formed the parameter information of the first electronic equipment.

Wherein, be placed on the shape that electronic equipment in platen surface covers and be generally rectangle, two apex coordinates on the rectangle diagonal that the positional information of electronic equipment can be covered by this electronic equipment represent.

Such as, suppose that two summits on the diagonal of the rectangle that the first electronic equipment Phone1 covers in platen surface are respectively (5,0) and (2,5), the dump energy of the first electronic equipment Phone1 is 5%.When the first electronic equipment Phone1 is placed in platen surface, just obtaining the first electronic equipment Phone1 position be placed in platen surface is (5,0) and (2,5), and the dump energy obtaining the first electronic equipment Phone1 is 5%, first electronic equipment Phone1 is placed on the position (5 in platen surface, 0) and (2,5) as the positional information of the first electronic equipment Phone1, using the attribute information of the dump energy 5% of the first electronic equipment Phone1 as the first electronic equipment Phone1.The positional information (5,0) of the first electronic equipment Phone1 and (2,5) and attribute information 5% are formed the parameter information of the first electronic equipment Phone1.

Wherein, for other each electronic equipments of user.All with the first electronic equipment, when other each electronic equipments are placed in the platen surface of electronic installation by user, obtain the parameter information of other each electronic equipments according to the method described above.

The second, the parameter information of each electronic equipment in the N number of electronic equipment be placed in platen surface is obtained every Preset Time.

Wherein, the N number of electronic equipment be placed in platen surface comprises the first electronic equipment.Preset Time can be half an hour or one hour etc.Described in the first implementation of concrete acquisition methods and this step, method is identical, does not repeat them here.

Such as, suppose that Preset Time is one hour, the electronic equipment be placed on current flat panel face only has the first electronic equipment Phone1, two summits on the diagonal of the rectangle that the first electronic equipment Phone1 covers in platen surface are respectively (5,0) and (2,5), the dump energy of the first electronic equipment Phone1 is 5%.Suppose that the last time obtaining the parameter information of the electronic equipment be placed in platen surface is 12:00, the position then obtaining the first electronic equipment Phone1 when 13:00 is (5,0) and (2,5), and the dump energy obtaining the first electronic equipment Phone1 is 5%, first electronic equipment Phone1 is placed on the position (5 in platen surface, 0) and (2,5) as the positional information of the first electronic equipment Phone1, and using the attribute information of the dump energy 5% of the first electronic equipment Phone1 as the first electronic equipment Phone1.Then the positional information (5,0) of the first electronic equipment Phone1 and (2,5) and attribute information 5% are formed the parameter information of the first electronic equipment Phone1.

Further, also the adapt voltages of the first electronic equipment and adaptive electric current is obtained by induction installation.

Step 202: the parameter information obtaining the second electronic equipment in N number of electronic equipment;

Wherein, the parameter information of the second electronic equipment comprises positional information and the attribute information of the second electronic equipment, the positional information of the second electronic equipment is for representing that the second electronic equipment is placed on the position in platen surface, and the attribute information of the second electronic equipment is for representing the dump energy of the second electronic equipment.

Wherein, the method obtaining the parameter information of the second electronic equipment is identical with the method obtaining the first electronic equipment, does not repeat them here.

Such as, suppose that the positional information of the second electronic equipment Phone2 obtained by induction installation is for (5,10) and (10,5), and the attribute information of the second electronic equipment Phone2 obtained is 30%.The parameter information of to be the attribute information of (5,10) and (10,5) and the second electronic equipment Phone2 by the positional information of the second electronic equipment Phone2 be 30% composition second electronic equipment Phone2.

Further, also the adapt voltages of the second electronic equipment and adaptive electric current is obtained by induction installation.

Wherein, after obtaining the parameter information of the first electronic equipment and the second electronic equipment by the operation of above-mentioned steps 201 and 202, if the first electronic equipment and the second electronic equipment all need charging, then the operation of 203 is charged to the first electronic equipment and the second electronic equipment in accordance with the following steps.

Step 203: when the parameter information of the first electronic equipment and the parameter information of the second electronic equipment all meet predetermined condition, by electronic installation, the first electronic equipment and the second electronic equipment are charged;

Wherein, predetermined condition can for charge to this electronic equipment when the dump energy of electronic equipment is less than and is preset in threshold value, and predetermined threshold value can be 30%, 40% or 50% etc.

This step is specially, judge whether the parameter information of the first electronic equipment and the parameter information of the second electronic equipment meet predetermined condition, when the parameter information of the first electronic equipment and the parameter information of the second electronic equipment meet predetermined condition simultaneously, the first electronic equipment and the second electronic equipment are charged by electronic installation simultaneously.

Wherein, can be charged to the first electronic equipment and the second electronic equipment by following the first and second two kinds of methods, be specially:

The first, this electronic installation also comprises the charging module forming grid array.As Figure 2-3, the grid array that the module that charges enough becomes comprises the horizontal wire of the first preset number and longitudinal wire of the second preset number.When the parameter information of electronic equipment meets predetermined condition, according to the positional information of electronic equipment, determine the part wire that this electronic equipment covers, determine two nearest charging modules at the part wire two ends covered from this electronic equipment, the charging module controlling to determine adds the electric charge of positive pole at the end points of this part wire, and another charging module controlling to determine adds the electric charge of negative pole at the end points of part wire, generation current on the wire so covered at this electronic equipment, and in the formation charged area, position that this horizontal wire and longitudinally guiding join, in this charged area, this electronic equipment is charged.The grid array that charging module is formed can form multiple charged area, at least comprises the charged area of primary importance and the charged area of the second place in multiple charged area.Wherein, primary importance is corresponding with the position of the first electronic equipment in platen surface, and the second place is corresponding with the position of the second electronic equipment in platen surface.

When the parameter information of the first electronic equipment and the parameter information of the second electronic equipment meet predetermined condition simultaneously, according to the positional information of the first electronic equipment, determining that charged area that the first electronic equipment is corresponding is the charged area of the primary importance in platen surface, charges to the first electronic equipment in the charged area controlling the primary importance that electronic installation starts in platen surface.Simultaneously, according to the positional information of the second electronic equipment, determining that charged area that the second electronic equipment is corresponding is the charged area of the second place in platen surface, charges to the second electronic equipment in the charged area controlling the second place that electronic installation starts in platen surface.

Wherein, in charging process, only have the charged area of primary importance and the charged area of the second place to be activated, the charged area of other positions is not activated, and user can use other positions that platen surface is not activated, such as, in other position readings etc.

Such as, suppose that predetermined condition is for " charging to electronic equipment when the dump energy of electronic equipment is less than 50% ".Dump energy according to the first electronic equipment Phone1 is 5%, judges that the first electronic equipment Phone1 meets predetermined condition.According to the dump energy 30% of the second electronic equipment Phone2, judge that the second electronic equipment Phone2 meets predetermined condition.According to the positional information (5 of the first electronic equipment Phone1,0) and (2,5), determine that charged area that the first electronic equipment Phone1 is corresponding is the primary importance (5 in platen surface, 0) electronic installation and the charged area of (2,5), is controlled by the primary importance (5 in platen surface, 0) and the charged area of (2,5) the first electronic equipment Phone1 is charged.Simultaneously, according to the positional information (5 of the second electronic equipment Phone2,10) and (10,5), determine that charged area that the second electronic equipment Phone2 is corresponding is the second place (5,10) and (10 in platen surface, 5) charged area, control electronic installation to be charged to the second electronic equipment Phone2 by the charged area of the second place (5,10) in platen surface and (10,5).

Wherein, if the parameter information that there are other electronic equipments be placed in platen surface also meets predetermined condition, then with the first electronic equipment and the second electronic equipment, according to the method described above other electronic equipments are charged.

The second, this electronic installation comprises a predetermined number charging module, and electronic installation can move each charging module by controlling mechanical linkage.When the parameter information of the first electronic equipment and the parameter information of the second electronic equipment meet predetermined condition simultaneously, according to the positional information of the first electronic equipment, determine the primary importance in the platen surface at the first electronic equipment place, judge whether first position exists charging module, if existed, this charging module is utilized to charge to the first electronic equipment.If there is no, then according to primary importance, determine by controlling mechanical linkage, this charging module to be moved to the charging module that distance primary importance is nearest primary importance, then starting this charging module and charging to the first electronic equipment.

Similarly, according to the positional information of the second electronic equipment, determine the second place in the platen surface at the second electronic equipment place, judge whether second position exists charging module, if existed, utilize this charging module to charge to the second electronic equipment.If there is no, then according to the second place, determine by controlling mechanical linkage, this charging module to be moved to the charging module that the distance second place is nearest the second place, then starting this charging module and charging to the second electronic equipment.

Wherein, in charging process, only start the charging module of first position and the charging module of second position, do not start the charging module of other positions.Therefore user can use other positions in platen surface, as in other position readings etc.

Such as, when the parameter information of the first electronic equipment Phone1 and the parameter information of the second electronic equipment Phone2 meet predetermined condition simultaneously, according to the positional information (5 of the first electronic equipment Phone1,0) and (2,5), determine the primary importance (5 in the platen surface at the first electronic equipment Phone1 place, 0) and (2,5), judge whether primary importance (5,0) and (2,5) place exist charging module, and judge existence one charging module, then utilize this charging module to charge to the first electronic equipment Phone1.Similarly, according to the positional information (5 of the second electronic equipment Phone2, 10) and (10, 5), determine the second place (5 in the platen surface at the second electronic equipment Phone2 place, 10) and (10, 5), judge the second place (5, 10) and (10, 5) whether place exists charging module, and judge to there is not a charging module, then according to the second place (5, 10) and (10, 5), determine the distance second place (5, 10) and (10, 5) a nearest charging module, by controlling mechanical linkage, this charging module is moved to the second place (5, 10) and (10, 5), then by this charging module, the second electronic equipment Phone2 is charged.

Further, charging module adopts the adapt voltages of the first electronic equipment and adaptive electric current to charge to the first electronic equipment, and adopts the adapt voltages of the second electronic equipment and adaptive electric current to charge to the second electronic equipment, to ensure safety of charging.

Wherein, when being charged to the first electronic equipment and the second electronic equipment by the operation of above-mentioned steps 201-203, also the operation of 204 shows the dump energy of the first electronic equipment and the second electronic equipment as follows.

Step 204: the dump energy of Real-time Obtaining first electronic equipment and the second electronic equipment, shows the dump energy of the first electronic equipment and the dump energy of the second electronic equipment.

Wherein, the platen surface of this electronic installation has Presentation Function, is the viewing area of this electronic installation.

This step is specially, by the dump energy of induction installation Real-time Obtaining first electronic equipment and the dump energy of the second electronic equipment of electronic installation.Shown the dump energy of the first electronic equipment at the electricity display position of the first electronic equipment by control platen surface, and control platen surface shows the dump energy of the second electronic equipment at the electricity display position of the second electronic equipment.

Wherein, the first electronic equipment electricity display position and the first electronic equipment be positioned over that position in platen surface is not overlapping and position that is that be positioned in platen surface with the first electronic equipment is adjacent.Electricity display position and second electronic equipment of the second electronic equipment are positioned over that position in platen surface is not overlapping and position that is that be positioned in platen surface with the second electronic equipment is adjacent.Electricity display position can be preset adjacent with electronic equipment position and be positioned at the left side of electronic equipment, right side, upside or downside.

Such as, by the dump energy 5% of the induction installation Real-time Obtaining first electronic equipment Phone1 of electronic installation and the dump energy 30% of the second electronic equipment Phone2.Shown the dump energy 5% of the first electronic equipment Phone1 at the electricity display position of the first electronic equipment Phone1 by control platen surface, and control platen surface shows the dump energy 30% of the second electronic equipment Phone2 at the electricity display position of the second electronic equipment Phone2.

Wherein, for other each electronic equipments be positioned in platen surface, all with the first electronic equipment and the second electronic equipment, obtain the dump energy of other each electronic equipments according to the method described above, and show the dump energy of other each electronic equipments by platen surface.Preferably, after an electronic equipment is full of electricity, no longer show the dump energy of this electronic equipment, point out the charging complete of this electronic equipment of user with this.

Further, the application program of the electronic equipment be placed in platen surface can also be controlled by communicator, and the application program of electronic equipment is shown by platen surface, user like this can carry out charging while use the application program of this electronic equipment in platen surface by electronic installation to electronic equipment.

Wherein, in embodiments of the present invention, when the first electronic equipment and the second electronic equipment meet predetermined condition simultaneously, the first electronic equipment and the second electronic equipment are charged by electronic installation simultaneously.If also have other electronic equipment to meet predetermined condition, then more electronic equipment is charged by electronic installation simultaneously.When in the first electronic equipment and the second electronic equipment, one of them is first full of electricity, continue to charge until another electronic equipment is also full of electricity to another by electronic installation.

Embodiment 3

See Fig. 3, embodiments provide a kind of control method, when user only has an electric quantity for electronic equipment not enough, the method that can be provided by the embodiment of the present invention is charged to this electronic equipment, and the method specifically comprises:

Step 301: the parameter information obtaining electronic equipment;

Wherein, when the electric quantity for electronic equipment of user is not enough, electronic installation can be used to charge to electronic equipment, and this electronic installation comprises a platen surface, and user can charge in the platen surface needing the electronic equipment of charging be placed on this electronic installation.The parameter information of electronic equipment comprises positional information and the attribute information of this electronic equipment, the positional information of this electronic equipment is for representing that this electronic equipment is placed on the position in platen surface, and the attribute information of this electronic equipment is for representing the dump energy of this electronic equipment.

Wherein, platen surface is provided with induction installation, and when electronic equipment is placed in platen surface by user, electronic installation can sense this electronic equipment by the induction installation in platen surface, and communicated with this electronic equipment by this induction installation, to obtain the parameter information of this electronic equipment.In addition, this electronic installation can also configure capture apparatus, when electronic equipment is placed in platen surface by user, this electronic equipment can also be photographed by this capture apparatus.

Wherein, this step can by as follows should and the second two kinds of modes realize, be specially:

Should, when being placed in platen surface by this electronic equipment, obtain the parameter information of the first electronic equipment, concrete acquisition methods is as follows:

In addition, the device identification of the first electronic equipment is only comprised in the identification code information in embodiments of the invention on the first electronic equipment.Electronic installation obtains the position of the first electronic equipment in the platen surface of electronic installation by the way.Electronic installation is placed into the device identification carrying out scanning acquisition first electronic equipment in the process in the platen surface of electronic installation by capture apparatus to the identification information of the first electronic equipment at the first electronic equipment, and in the platen surface that the first electronic equipment is placed into electronic installation and sensed time electronic installation according to this device identification (, the first electronic equipment guaranteeing to determine to be connected by communicator is exactly the first electronic equipment being placed on platen surface) established a communications link by communicator and the first electronic equipment, and the dump energy of the first electronic equipment is obtained by the communication connection of setting up.

Such as, suppose that two summits on the diagonal of the rectangle that this electronic equipment Phone1 covers in platen surface are respectively (5,0) and (2,5), the dump energy of this electronic equipment Phone1 is 5%.When this electronic equipment Phone1 is placed in platen surface, obtaining this electronic equipment Phone1 position be placed in platen surface is (5,0) and (2,5), this electronic equipment Phone1 is placed on the position (5 in platen surface, 0) and (2,5) as the positional information of this electronic equipment Phone1.And the dump energy obtaining this electronic equipment Phone1 is 5%, using the attribute information of the dump energy 5% of this electronic equipment Phone1 as this electronic equipment Phone1.The positional information (5,0) of this electronic equipment Phone1 and (2,5) and attribute information 5% are formed the parameter information of this electronic equipment Phone1.

The second, the parameter information of this electronic equipment is obtained every Preset Time.Method described in the first implementation of concrete acquisition methods and this step is identical, does not repeat them here.

Wherein, Preset Time can be half an hour or one hour etc.

Such as, suppose that Preset Time is one hour, two summits on the diagonal of the rectangle that this electronic equipment Phone1 covers in platen surface are respectively (5,0) and (2,5), and the dump energy of this electronic equipment Phone1 is 5%.Suppose that the last time obtaining the parameter information of the electronic equipment be placed in platen surface is 12:00, the position of this electronic equipment Phone1 then obtained when 13:00 is (5,0) and (2,5), and the dump energy obtaining this electronic equipment Phone1 is 5%, this electronic equipment Phone1 is placed on the position (5 in platen surface, 0) and (2,5) as the positional information of this electronic equipment Phone1, and using the attribute information of the dump energy 5% of this electronic equipment Phone1 as this electronic equipment Phone1.Then the positional information (5,0) of this electronic equipment Phone1 and (2,5) and attribute information 5% are formed the parameter information of this electronic equipment Phone1.

Further, also the adapt voltages of this electronic equipment and adaptive electric current is obtained by induction installation.

Step 302: when the parameter information of this electronic equipment meets predetermined condition, is charged to this electronic equipment by electronic installation;

This step is specially, and judges whether the parameter information of this electronic equipment meets predetermined condition, when the parameter information of this electronic equipment meets predetermined condition, is charged by electronic installation to this electronic equipment simultaneously.

Wherein, can be charged to this electronic equipment by following the first and second two kinds of methods, be specially:

The first, this electronic installation also comprises the charging module forming grid array.As Figure 2-3, the grid array that the module that charges enough becomes comprises the horizontal wire of the first preset number and longitudinal wire of the second preset number.When the parameter information of electronic equipment meets predetermined condition, according to the positional information of electronic equipment, determine the part wire that this electronic equipment covers, determine two nearest charging modules at the part wire two ends covered from this electronic equipment, the charging module controlling to determine adds the electric charge of positive pole at the end points of this part wire, and another charging module controlling to determine adds the electric charge of negative pole at the end points of part wire, generation current on the wire so covered at this electronic equipment, and in the formation charged area, position that this horizontal wire and longitudinally guiding join, in this charged area, this electronic equipment is charged.The grid array that charging module is formed can form multiple charged area, at least comprises the charged area of primary importance in multiple charged area.Wherein, primary importance is corresponding with the position of this electronic equipment in platen surface.

When the parameter information of this electronic equipment meets predetermined condition, according to the positional information of this electronic equipment, determine that charged area that this electronic equipment is corresponding is the charged area of the primary importance in platen surface, control electronic installation and by the charged area of the primary importance in platen surface, this electronic equipment is charged.

Such as, suppose that predetermined condition is for " charging to electronic equipment when the dump energy of electronic equipment is less than 50% ".Dump energy according to this electronic equipment Phone1 is 5%, judges that this electronic equipment Phone1 meets predetermined condition.According to the positional information (5 of this electronic equipment Phone1,0) and (2,5), determine that charged area that this electronic equipment Phone1 is corresponding is the primary importance (5 in platen surface, 0) electronic installation and the charged area of (2,5), is controlled by the primary importance (5 in platen surface, 0) and the charged area of (2,5) this electronic equipment Phone1 is charged.

The second, this electronic installation comprises a predetermined number charging module, and electronic installation can move each charging module by controlling mechanical linkage.When the parameter information of this electronic equipment meets predetermined condition, according to the positional information of this electronic equipment, determine the primary importance in the platen surface at this electronic equipment place, judge whether first position exists charging module, if existed, this charging module is utilized to charge to this electronic equipment.If there is no, then according to primary importance, determine by controlling mechanical linkage, this charging module to be moved to the charging module that distance primary importance is nearest this position, then being charged to this electronic equipment by this charging module.

Such as, when the parameter information of this electronic equipment Phone1 meets predetermined condition, according to the positional information (5 of this electronic equipment Phone1,0) and (2,5), determine the primary importance (5 in the platen surface at this electronic equipment Phone1 place, 0) and (2,5), judge whether primary importance (5,0) and (2,5) place exist charging module, and judge existence one charging module, then utilize this charging module to charge to this electronic equipment Phone1.

Further, charging module adopts the adapt voltages of this electronic equipment and adaptive electric current to charge to this electronic equipment, to ensure safety of charging.

Wherein, when being charged to this electronic equipment by the operation of above-mentioned steps 301 and 302, also the operation of 303 shows the dump energy of this electronic equipment as follows.

Step 303: the dump energy of this electronic equipment of Real-time Obtaining, shows the dump energy of this electronic equipment.

This step is specially, by the dump energy of this electronic equipment of induction installation Real-time Obtaining of electronic installation.Shown the dump energy of this electronic equipment at the electricity display position of this electronic equipment by control platen surface.

Wherein, this electronic equipment electricity display position and this electronic equipment be positioned over that position in platen surface is not overlapping and position that is that be positioned in platen surface with this electronic equipment is adjacent.Electricity display position can be preset adjacent with electronic equipment position and be positioned at the left side of electronic equipment, right side, upside or downside.

Such as, by the dump energy 5% of this electronic equipment of induction installation Real-time Obtaining Phone1 of electronic installation.Shown the dump energy 5% of this electronic equipment Phone1 at the electricity display position of this electronic equipment Phone1 by control platen surface.

Preferably, after this electronic equipment is full of electricity, no longer show the dump energy of this electronic equipment, point out the charging complete of this electronic equipment of user with this.

Further, the application program of this electronic equipment be placed in platen surface can also be controlled by communicator, and the application program of this electronic equipment is shown by platen surface, user like this can carry out charging while use the application program of this electronic equipment in platen surface by electronic installation to this electronic equipment.

Wherein, in embodiments of the present invention, user only can place an electronic equipment in the platen surface of electronic installation; Or, platen surface is placed multiple electronic equipment but wherein only has the parameter information of an electronic equipment often to plant predetermined condition; Or user places multiple electronic equipment meeting predetermined condition in platen surface, after charging after a while, only has an electronic equipment underfill electricity.

Embodiment 4

See Fig. 4, embodiments provide a kind of electronic installation, this electronic installation comprises: control module 401, platen surface 402 and charging module 403;

Control module 401 obtains the parameter information of the first electronic equipment in N number of electronic equipment and the parameter information of the second electronic equipment, the parameter information of electronic equipment comprises positional information and the attribute information of electronic equipment, the positional information of electronic equipment is for representing that electronic equipment is positioned over the position in platen surface 402, the attribute information of electronic equipment is for representing the dump energy of electronic equipment, and the position that the first electronic equipment is positioned in platen surface 402 is placed with the position in platen surface 402 different from the second electronic equipment;

When the parameter information of the first electronic equipment meets predetermined condition and meets predetermined condition when the parameter information of the second electronic equipment, control module 401 is controlled the primary importance of charging module 403 by platen surface 402 according to the positional information of the first electronic equipment and carries out charging to the first electronic equipment and control charging module 403 according to the positional information of the second electronic equipment and charged to the second electronic equipment by the second place of platen surface 402, primary importance is corresponding with the position that the first electronic equipment is positioned in platen surface 402, the second place is corresponding with the position that the second electronic equipment is positioned in platen surface 402.

Wherein, when the first electronic equipment in N number of electronic equipment and the second electronic equipment are placed in platen surface 402, control module 401 obtains the parameter information of the first electronic equipment and the second electronic equipment; Or,

Control module 401 obtains the parameter information of N number of electronic equipment that platen surface 402 is placed every prefixed time interval, at least comprise the first electronic equipment and the second electronic equipment in N number of electronic equipment.

Wherein, the dump energy of each electronic equipment that N number of electronic equipment control module 401 Real-time Obtaining platen surface 402 placed comprises;

Control module 401 controls platen surface 402 at electricity display position corresponding to each electronic equipment, the dump energy of multiple electronic equipments that display panel face 402 is placed, electricity display position and the electronic equipment of electronic equipment are positioned over that position in platen surface 402 is not overlapping and position that is that be positioned in platen surface 402 with electronic equipment is adjacent.

Wherein, platen surface 402 is provided with induction installation, when electronic equipment is placed in platen surface 402 by user, electronic installation can sense this electronic equipment by the induction installation in platen surface 402, and communicated with this electronic equipment by this induction installation, to obtain the parameter information of this electronic equipment.In addition, this electronic installation can also configure capture apparatus, when electronic equipment is placed in platen surface 402 by user, this electronic equipment can also be photographed by this capture apparatus.

Wherein, charging module 403 can for forming grid array, the grid array that charging module 403 is enough comprises the horizontal wire of the first preset number and longitudinal wire of the second preset number, control module 401 controls charging module 403 adds positive pole electric charge at the end points of the horizontal wire preset, and the electric charge of negative pole is added at the end points of the longitudinal wire preset, so in the formation charged area, position that horizontal wire and longitudinally guiding join, the grid array that charging module 403 is formed comprises multiple charged area, the charged area of primary importance and the charged area of the second place is at least comprised in multiple charged area.Wherein, primary importance is corresponding with the position of the first electronic equipment in platen surface 403, and the second place is corresponding with the position of the second electronic equipment in platen surface 403.

Wherein, charging module 403 can also be movable charging module, and electronic installation can control mechanical linkage by control module 401 and move each charging module 403.When the parameter information of the first electronic equipment and the parameter information of the second electronic equipment meet predetermined condition simultaneously, according to the positional information of the first electronic equipment, determine the primary importance in the platen surface 401 at the first electronic equipment place, judge whether first position exists charging module 403, if existed, this charging module 403 is utilized to charge to the first electronic equipment.If there is no, then according to primary importance, determine distance primary importance nearest one charging module 403, control mechanical linkage by control module 401 and this charging module 403 is moved to primary importance then by this charging module 403, first electronic equipment is charged.

Similarly, according to the positional information of the second electronic equipment, determine the second place in the platen surface 402 at the second electronic equipment place, judge whether second position exists charging module 403, if existed, this charging module 403 is utilized to charge to the second electronic equipment.If there is no, then according to the second place, determine to control the charging module 403 that the distance second place is nearest mechanical linkage by control module 401 and this charging module 403 is moved to the second place, then charged to the second electronic equipment by this charging module 403.

Further, this electronic installation can also install communicator, as bluetooth or the radio communication device such as infrared.The application program of the electronic equipment be placed in platen surface 402 is controlled by communicator, and the application program of electronic equipment is shown by platen surface 402, user like this can carry out charging while use the application program of this electronic equipment in platen surface 402 by electronic installation to electronic equipment.

Embodiment 5

See Fig. 2-2, embodiments provide a kind of electronic installation, this electronic installation comprises: control module, platen surface and charging module;

When not placing electronic equipment in the platen surface of this electronic installation, the charging module of this electronic installation is all in idle state, now this electronic installation is equivalent to a common desk, the platen surface of this electronic installation is equivalent to the desktop of conventional tables, and user can carry out handling official business or study etc. in platen surface.

When placing an electronic equipment in the platen surface of this electronic installation, this electronic installation obtains the parameter information of this electronic equipment by control module, the parameter information of this electronic equipment comprises positional information and the attribute information of this electronic equipment, the positional information of this electronic equipment is for representing that this electronic equipment is positioned over the position in platen surface, and the attribute information of this electronic equipment is for representing the dump energy of this electronic equipment.If the parameter information of this electronic equipment meets predetermined condition, then control the primary importance of charging module in platen surface by control module to charge to this electronic equipment, and pass through the dump energy of this electronic equipment of control module Real-time Obtaining, shown the dump energy of this electronic equipment in real time at the electricity display position of this electronic equipment by platen surface, wherein, primary importance is corresponding with the position of this electronic equipment in platen surface, electricity display position and this electronic equipment of this electronic equipment are placed on that position in platen surface is not overlapping and position that is that be placed in platen surface with this electronic equipment is adjacent.

Wherein, in the process of charging to this electronic equipment, platen surface only has the electricity display position of this electronic equipment be lit, and only have the charging module of first position to be activated.Other positions in platen surface and other charging modules are still in idle state, and user can carry out handling official business or study etc. in other positions in platen surface.

If the parameter information of this electronic equipment does not meet predetermined condition, then this electronic installation is not placed the electronic equipment needing charging, now this electronic installation is also equivalent to a common desk.

When placing the first electronic equipment and second electronic equipment two electronic equipments in the platen surface of this electronic installation, this electronic installation obtains the parameter information of the first electronic equipment and the parameter information of the second electronic equipment by control module, the parameter information of electronic equipment comprises positional information and the attribute information of electronic equipment, the positional information of electronic equipment is for representing that electronic equipment is positioned over the position in platen surface, the attribute information of electronic equipment is for representing the dump energy of electronic equipment, it is not overlapping that first electronic equipment is placed on the position that position in platen surface and the second electronic equipment be placed in platen surface.

If the parameter information of the first electronic equipment meets predetermined condition and the parameter information of the second electronic equipment meets predetermined condition, then control the primary importance of charging module in platen surface by control module to charge to the first electronic equipment, and by the second place of control module control charging module in platen surface, the second electronic equipment is charged.By the dump energy of control module Real-time Obtaining first electronic equipment and the second electronic equipment, shown the dump energy of the first electronic equipment by platen surface at the electricity display position of the first electronic equipment in real time, and shown the dump energy of the second electronic equipment by platen surface at the electricity display position of the second electronic equipment in real time.Wherein, primary importance is corresponding with the position of the first electronic equipment in platen surface, the second place is corresponding with the position that the second electronic equipment is placed in platen surface, electricity display position and first electronic equipment of the first electronic equipment are placed on that position in platen surface is not overlapping and position that is that be placed in platen surface with the first electronic equipment is adjacent, and electricity display position and second electronic equipment of the second electronic equipment are placed on that position in platen surface is not overlapping and position that is that be placed in platen surface with the second electronic equipment is adjacent.

Wherein, in the process that the first electronic equipment and the second electronic equipment are charged simultaneously, platen surface only has the electricity display position of the first electronic equipment and the electricity display position of the second electronic equipment are lit, and only have the charging module of first position and the charging module of second position to be activated.Other positions in platen surface and other charging modules are still in idle state, and user can carry out handling official business or study etc. in other positions in platen surface.

If only have the parameter information of an electronic equipment to meet predetermined condition in the first electronic equipment and the second electronic equipment, then be equivalent to the electronic equipment that this electronic installation only placed a needs charging, then according to the method described above to needing the electronic equipment of charging to charge.

If the parameter information of the first electronic equipment and the second electronic equipment does not all meet predetermined condition, be then equivalent to this electronic installation is not placed the electronic equipment of needs charging, now this electronic installation is also equivalent to a common desk.

When placing N (positive integer of N > 2) individual electronic equipment in the platen surface of this electronic installation, obtained the parameter information of each electronic equipment in N number of electronic equipment by control module.If when the parameter information of N number of electronic equipment meets predetermined condition simultaneously, control charging module by control module and N number of electronic equipment is charged simultaneously.If only have two electronic equipments to meet predetermined condition in the parameter information of N number of electronic equipment, then be equivalent to the electronic equipment that this electronic installation placed two needs chargings, then control charging module described above by control module and these two electronic equipments are charged.If only have the parameter information of an electronic equipment to meet predetermined condition in N number of electronic equipment, be then equivalent to the electronic equipment that this electronic installation only placed a needs charging, then according to the method described above this electronic equipment charged.If the parameter information of each electronic equipment in N number of electronic equipment does not all meet predetermined condition, be then equivalent to this electronic installation is not placed the electronic equipment of needs charging, now this electronic installation is equivalent to a common desk.

Further, as shown in Fig. 2-2, the platen surface of this electronic installation can also there is intelligent interaction region, this intelligent interaction region can be a fixing region, also can be the region that this electronic installation configures voluntarily according to the service condition of platen surface, that is, the region of non-placement electronic equipment in platen surface, or, the region that in platen surface, Non-electronic devices covers.This electronic installation obtains the application program in the electronic equipment that platen surface is placed by the communicator installed, and the application program of acquisition is presented at this intelligent interaction region, user can use these application programs in this intelligent interaction region, in addition this electronic equipment can also in advance set up applications for user.User uses these preassembled application programs by this intelligent interaction region.

One of ordinary skill in the art will appreciate that all or part of step realizing above-described embodiment can have been come by hardware, the hardware that also can carry out instruction relevant by program completes, described program can be stored in a kind of computer-readable recording medium, the above-mentioned storage medium mentioned can be read-only memory, disk or CD etc.

The foregoing is only preferred embodiment of the present invention, not in order to limit the present invention, within the spirit and principles in the present invention all, any amendment done, equivalent replacement, improvement etc., all should be included within protection scope of the present invention.

Claims

1. a control method, it is characterized in that, described control method is applied to electronic installation and independent of described electronic installation and in the electronic equipment that can work alone separately, wherein, described electronic installation comprises platen surface, described platen surface can place N number of electronic equipment, the positive integer of N >=1, and described method comprises:

2. the method for claim 1, is characterized in that, the parameter information of the first electronic equipment in the described N number of electronic equipment of described acquisition, and obtains the parameter information of the second electronic equipment in described N number of electronic equipment, comprising:

When the first electronic equipment described in described N number of electronic equipment and described second electronic equipment are placed in described platen surface, obtain the parameter information of described first electronic equipment and described second electronic equipment respectively; Or,

Obtain the parameter information of each electronic equipment that N number of electronic equipment that described platen surface is placed comprises every Preset Time, in described N number of electronic equipment, at least comprise described first electronic equipment and described second electronic equipment.

3. the method for claim 1, is characterized in that, described platen surface is the viewing area of described electronic installation;

Correspondingly, described method also comprises:

The dump energy of each electronic equipment that N number of electronic equipment that platen surface described in Real-time Obtaining is placed comprises;

At the electricity display position that described each electronic equipment is corresponding, show the dump energy of multiple electronic equipments that described platen surface is placed, it is overlapping and with to be positioned at the position that described electronic equipment is positioned in described platen surface adjacent that electricity display position and the described electronic equipment of electronic equipment are not positioned over position in described platen surface.

4. the method for claim 1, it is characterized in that, described electronic installation also comprises the charging module forming grid array, the charging module of described formation grid array controls corresponding end points and adds the electric charge of positive pole and the electric charge of negative pole, the formation charged area, place interweaved, described charged area at least comprises the charged area of described primary importance and the charged area of the described second place;

Correspondingly, described method also comprises:

According to the positional information of described first electronic equipment, control described electronic installation to be charged to described first electronic equipment by the charged area of the described primary importance of described platen surface, and according to the positional information of described second electronic equipment, control described electronic installation and charged to described second electronic equipment by the charged area of the described second place of described platen surface.

5. the method for claim 1, is characterized in that, described electronic installation also comprises at least one movable charging module;

Correspondingly, described method also comprises:

According to the positional information of described first electronic equipment, control described electronic installation to move a charging module and charge to described first electronic equipment to the primary importance of described platen surface, and according to the positional information of described second electronic equipment, control the charging module that described electronic installation moves except described charging module and charge to described second electronic equipment to the second place of described platen surface.

6. a control method, is characterized in that, described control method is applied to electronic installation and independent of described electronic installation and in the electronic equipment that can work alone separately, wherein, described electronic installation comprises platen surface, and described platen surface can place electronic equipment, and described method comprises:

7. an electronic installation, is characterized in that, described electronic installation comprises: control module, platen surface and charging module;

8. electronic installation as claimed in claim 7, it is characterized in that, when the first electronic equipment described in described N number of electronic equipment and described second electronic equipment are placed in described platen surface, described control module obtains the parameter information of described first electronic equipment and described second electronic equipment; Or,

Described control module obtains the parameter information of N number of electronic equipment that described platen surface is placed every prefixed time interval, at least comprise described first electronic equipment and described second electronic equipment in described N number of electronic equipment.

9. electronic installation as claimed in claim 7, is characterized in that, the dump energy of each electronic equipment that N number of electronic equipment that platen surface described in described control module Real-time Obtaining is placed comprises;

Described control module controls described platen surface at electricity display position corresponding to described each electronic equipment, show the dump energy of multiple electronic equipments that described platen surface is placed, electricity display position and the described electronic equipment of electronic equipment are positioned over that position in described platen surface is not overlapping and position that is that be positioned in described platen surface with described electronic equipment is adjacent.