CN104866015B

CN104866015B - A kind of information processing method and electronic equipment

Info

Publication number: CN104866015B
Application number: CN201410065588.9A
Authority: CN
Inventors: 万喜
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-02-25
Filing date: 2014-02-25
Publication date: 2018-10-12
Anticipated expiration: 2034-02-25
Also published as: CN104866015A

Abstract

The invention discloses a kind of information processing method, the method for reducing wearable electronic equipment power consumption.This method includes：When the electronic equipment is fixed on by the fixed structure on one first operating body, it controls the electronic equipment and shows the first graphical interfaces, first graphical interfaces includes M first identifier object, and the M first identifier object is capable of the running parameter of electronic equipment N number of function module corresponding with the M first identifier object described in Real-time Feedback；Obtain the first manipulation instruction；First manipulation instruction is responded, the electronic equipment is controlled and shows that the second graph interface, the second graph interface include P second identifier object；Wherein, when obtaining trigger action using entrance corresponding for i-th of second identifier object in the P second identifier object, calling application corresponding with i-th of second identifier object.The invention also discloses the electronic equipments for realizing the method.

Description

A kind of information processing method and electronic equipment

Technical field

The present invention relates to electronic technology field, more particularly to a kind of information processing method and electronic equipment.

Background technology

With the continuous development of science and technology, electronic technology has also obtained development at full speed, more and more smart machine applications People’s lives are arrived, wherein wearable technology all receives always people's concern.Daily wearing is carried out using wearable technology Intelligentized design, the equipment that can be dressed developed are properly termed as " wearable intelligent equipment ", such as wrist-watch, glasses, and Part Wearable moves towards commercialization from generalities, and new-type Wearable is constantly spread out of.

Currently, in order to meet the use demand of user, most of wearable electronic equipment has more and more in the market Abundant function.In order to which user can use the various functions of electronic equipment in real time, needs the electronic equipment while running Function module it is also more.In the prior art when electronic equipment runs each function module, it will usually be shown by display screen Corresponding operation interface.For example, in normal state, electronic equipment includes one or more functions interface, and these functions circle The corresponding function module of icon in face is in operating status, and user can be called by the function interface each at any time The corresponding function of a icon.Since user may switch among different function interfaces, electronic equipment It needs that function module corresponding with icon in function interface is kept to be in operating status, to easily lead to electronic equipment Power consumption is larger, and the longer working time is unable to maintain that so as to cause wearable electronic equipment.

Invention content

The embodiment of the present invention provides a kind of information processing method, for solving wearable electronic equipment work(in the prior art Larger problem is consumed, realizes the technique effect for the power consumption for reducing wearable electronic equipment.

A kind of information processing method, the method are applied in electronic equipment, and the electronic equipment includes：Frame structure Body, display unit, input unit and processor, wherein the frame structure includes a fixed structure, the fixed structure The electronic equipment can be fixed on one first operating body；The display unit is fixed on the frame structure, institute It includes a display screen to state display unit；The input unit is fixed by the frame structure, the sense of the input unit Can should partly it be located on the framework architecture body except any position of the display screen；The processor is single with the input Member connection, the processor fixed by the frame structure, and the processor is according to the induction part of the input unit The parameter obtained controls the electronic equipment；The method includes：

When the electronic equipment is fixed on by the fixed structure on one first operating body, the electronic equipment is controlled Show that the first graphical interfaces, first graphical interfaces include M first identifier object, the M first identifier object can The running parameter of the N number of function module corresponding with the M first identifier object of electronic equipment described in Real-time Feedback, wherein M, N It is positive integer；

Obtain the first manipulation instruction；

First manipulation instruction is responded, the electronic equipment is controlled and shows the second graph interface, second figure Shape interface includes P second identifier object, and the P second identifier object is that can be called and the P second for identifying It is corresponding using entrance to identify object, P is positive integer；Wherein, when acquisition is for i-th in the P second identifier object When the corresponding trigger action using entrance of second identifier object, application corresponding with i-th of second identifier object is called, I is the positive integer no more than P.

Preferably, responding first manipulation instruction, control the electronic equipment show the second graph interface it Afterwards, the method further includes：

It obtains corresponding using entrance for i-th of second identifier object in the P second identifier object The trigger action calls application corresponding with i-th of second identifier object.

Preferably, the display screen is circular screen, the frame structure includes chassis body, the chassis body With with the matched shape of the circular screen, the chassis body is for fixing the circular screen, second graph circle Face is annulus interface, and the first sub- induction part in the induction part is arranged at the locking structure of the fixed structure, and The first sub- induction part is round induction part, when the electronic equipment is fixed on described first by the fixed structure When on operating body, the circular screen is located at the first surface of first operating body, and the circle induction part is located at described The second surface of first operating body, the first surface is opposite with the second surface, the circular screen and the round sense It should be partly opposite；First manipulation instruction is being responded, is being controlled after the electronic equipment shows the second graph interface, institute The method of stating further includes：

The moving operation that second operation body carries out on the round induction part is obtained by the round induction part Generated moving operation track；

According to the moving operation track, determine the moving operation corresponding first on the round induction part It sets；

According to the position on the round induction part and the correspondence between second identifier object, determine and described the The corresponding second identifier object in one position；

Control one prompt of identified areas output at the place in the second graph interface in determining second identifier object Information.

Preferably, the display screen is circular screen, the frame structure includes chassis body, the chassis body With with the matched shape of the circular screen, the chassis body is for fixing the circular screen, second graph circle Face is annulus interface, and the induction part of the input unit is arranged in the part of the chassis body, and the induction part subpackage The the second sub- induction part contained is in the peripheral region adjacent with the display screen, and the second sub- induction part is annulus sense Region is answered, and the second sub- induction part shares a center of circle with the display screen, is responding first manipulation instruction, It controls after the electronic equipment shows the second graph interface, the method further includes：

The moving operation that second operation body carries out in the annulus induction region is obtained by the annulus induction region Generated moving operation track；

The display mode of the second graph interface is adjusted according to the moving operation track.

Preferably, adjusting the display mode of the second graph interface according to the moving operation track, specially：

If it is determined that the moving operation track includes the first sub-operation track and the second sub-operation track, then according to described the The second graph interface is amplified by one sub-operation track and second sub-operation track according to the first preset ratio； Wherein, first sub-operation track and second sub-operation track direction on the contrary, and first sub-operation track with The distance between second sub-operation track gradually increases.

If it is determined that the moving operation track includes the first sub-operation track and the second sub-operation track, then according to described the One sub-operation track and second sub-operation track reduce the second graph interface according to the second preset ratio, Wherein, first sub-operation track and second sub-operation track direction on the contrary, and first sub-operation track with The distance between second sub-operation track is gradually reduced.

If it is determined that the moving operation track includes the first sub-operation track and the second sub-operation track, and first son When operation trace and second sub-operation track are not on same straight line, according to first sub-operation track and described Second sub-operation track controls the second graph interface and is rotated.

Preferably, according to first sub-operation track and second sub-operation track, second graph circle is controlled Face is rotated, specially：

Judge that corresponding with first sub-operation track first operates direction and corresponding with second sub-operation track Second operation direction it is whether consistent；

When the first operation direction is consistent with the second operation direction, determine that first operation direction is described The rotation direction of second graph interface controls the second graph interface and is rotated according to the rotation direction.

Preferably, when the first operation direction is consistent with the second operation direction, the first operation side is determined To the rotation direction for the second graph interface, controls the second graph interface and is rotated according to the rotation direction, Specially：

When the first operation direction is consistent with the second operation direction, determine that first operation direction is described The rotation direction of second graph interface；

According to the moving operation track, determine first sub-operation track the first starting point and the first terminating point with The first angle that the center of circle is formed, and determine that the second starting point of second sub-operation track and the second terminating point are formed with the center of circle The second angle；

According to first angle and second angle, the rotational angle of the second graph interface is determined；

The second graph interface is controlled to be rotated according to the rotational angle and the rotation direction.

A kind of electronic equipment, including：Frame structure, display unit, input unit and processor, wherein the frame Frame structural body includes a fixed structure, and the electronic equipment can be fixed on one first operating body by the fixed structure；Institute It states display unit to be fixed on the frame structure, the display unit includes a display screen；The input unit passes through The frame structure is fixed, and the induction part of the input unit, which can be located on the framework architecture body, removes the display screen Any position of curtain；The processor is connect with the input unit, and the processor is fixed by the frame structure, institute The parameter that processor is obtained according to the induction part of the input unit is stated, the electronic equipment is controlled；Including：

Control unit, when the electronic equipment is fixed on by the fixed structure on one first operating body, for controlling It makes the electronic equipment and shows the first graphical interfaces, first graphical interfaces includes M first identifier object, the M the One mark object is capable of the work of electronic equipment N number of function module corresponding with the M first identifier object described in Real-time Feedback Make parameter, wherein M, N are positive integer；

First acquisition unit, for obtaining the first manipulation instruction；

Response unit controls the electronic equipment and shows second graph circle for responding first manipulation instruction Face, the second graph interface include P second identifier object, and the P second identifier object is that can be called for identifying Corresponding with the P second identifier object to apply entrance, P is positive integer；Wherein, when acquisition is directed to the P second identifier When the corresponding trigger action using entrance of i-th of second identifier object in object, call and i-th of second identifier pair As corresponding application, i is the positive integer no more than P.

Preferably, the electronic equipment further includes third acquiring unit, the P second identifier object is directed to for obtaining In the corresponding trigger action using entrance of i-th of second identifier object, call with i-th of second identifier The corresponding application of object.

Preferably, the display screen is circular screen, the frame structure includes chassis body, the chassis body With with the matched shape of the circular screen, the chassis body is for fixing the circular screen, second graph circle Face is annulus interface, and the first sub- induction part in the induction part is arranged at the locking structure of the fixed structure, and The first sub- induction part is round induction part, when the electronic equipment is fixed on described first by the fixed structure When on operating body, the circular screen is located at the first surface of first operating body, and the circle induction part is located at described The second surface of first operating body, the first surface is opposite with the second surface, the circular screen and the round sense It should be partly opposite；The electronic equipment further includes：

First determination unit, for according to the moving operation track, determining the moving operation in the round induction Corresponding first position on part；

Second determination unit, for according to the position on the round induction part and corresponding between second identifier object Relationship determines second identifier object corresponding with the first position；

Output unit, the tag slot for controlling the place in the second graph interface in determining second identifier object Domain exports a prompt message.

Preferably, the display screen is circular screen, the frame structure includes chassis body, the chassis body With with the matched shape of the circular screen, the chassis body is for fixing the circular screen, second graph circle Face is annulus interface, and the induction part of the input unit is arranged in the part of the chassis body, and the induction part subpackage The the second sub- induction part contained is in the peripheral region adjacent with the display screen, and the second sub- induction part is annulus sense Region is answered, and the second sub- induction part shares a center of circle with the display screen, the electronic equipment further includes：

4th acquiring unit, for obtaining second operation body in the annulus induction region by the annulus induction region Moving operation track caused by the moving operation of interior progress；

Adjustment unit, the display mode for adjusting the second graph interface according to the moving operation track.

Preferably, the adjustment unit is specifically used for：If it is determined that the moving operation track includes the first sub-operation track With the second sub-operation track, then according to first sub-operation track and second sub-operation track, by the second graph Interface is amplified according to the first preset ratio；Wherein, the side of first sub-operation track and second sub-operation track To on the contrary, and the distance between first sub-operation track and second sub-operation track gradually increase.

Preferably, the adjustment unit is specifically used for：If it is determined that the moving operation track includes the first sub-operation track With the second sub-operation track, then according to first sub-operation track and second sub-operation track, by the second graph Interface is reduced according to the second preset ratio, wherein the side of first sub-operation track and second sub-operation track To on the contrary, and the distance between first sub-operation track and second sub-operation track be gradually reduced.

Preferably, the adjustment unit is specifically used for：If it is determined that the moving operation track includes the first sub-operation track With the second sub-operation track, and first sub-operation track and second sub-operation track are not on same straight line When, according to first sub-operation track and second sub-operation track, controls the second graph interface and rotated.

Preferably, the adjustment unit is specifically used for according to first sub-operation track and the second sub-operation rail Mark controls the second graph interface and is rotated, specially：Judge the first operation corresponding with first sub-operation track Whether direction and the second operation corresponding with second sub-operation track direction are consistent；When it is described first operation direction with it is described When second operation direction is consistent, the first operation direction is determined for the rotation direction of the second graph interface, described in control Second graph interface is rotated according to the rotation direction.

Preferably, the adjustment module is specifically used for when the first operation direction is consistent with the second operation direction When, determine it is described first operation direction be the second graph interface rotation direction, control the second graph interface according to The rotation direction is rotated, specially：When the first operation direction is consistent with the second operation direction, institute is determined State the rotation direction that the first operation direction is the second graph interface；According to the moving operation track, described first is determined The first angle that first starting point of sub-operation track and the first terminating point are formed with the center of circle, and determine the second sub-operation rail The second angle that second starting point of mark and the second terminating point are formed with the center of circle；According to first angle and second folder Angle determines the rotational angle of the second graph interface；The second graph interface is controlled according to the rotational angle and described Rotation direction is rotated.

In the embodiment of the present invention, since the display unit and the input unit are each attached to the frame structure On, when the electronic equipment to be fixed on first operating body, and first figure is shown by the display unit When interface, the running parameter of the N corresponding function module that user is fed back by the M first identifier object can be with Easily know that the electronic equipment current parameter state, such as electricity, time, signal etc., i.e., the described electronic equipment are shown When the M first identifier object, only operational module corresponding with the M first identifier object need to be run, therefore the electronics Equipment may be at the state of low-power consumption.Also, when obtaining first operational order, it is aobvious that the electronic equipment can be controlled Show the second graph interface for including the P second identifier object, then at this point, the electronic equipment need to only run with it is described The corresponding function module of P second identifier object, it is corresponding with the M first identifier object described N number of without reruning Function module, therefore when the electronic equipment switches between first graphical interfaces and the second graph interface, can be with The corresponding function module of mark object in current Graphics interface need to be only run to reduce the power consumption of the electronic equipment to prolong The usage time of the long electronic equipment.

Description of the drawings

Fig. 1 is the broad flow diagram of information processing method in the embodiment of the present invention；

Fig. 2 is the structural schematic diagram of wearable electronic equipment in the embodiment of the present invention；

Fig. 3 is the schematic diagram of the first sub- induction part in electronic equipment in the embodiment of the present invention；

Fig. 4 is the schematic diagram of the second sub- induction part in electronic equipment in the embodiment of the present invention；

Fig. 5 A are that the distance between sub-operation track schematic diagram is determined in the embodiment of the present invention；

Fig. 5 B- Fig. 5 C are the schematic diagram that moving operation amplifies second graph interface in the embodiment of the present invention；

Fig. 6 is to show for reducing the corresponding moving operation track of moving operation of second graph interface in the embodiment of the present invention It is intended to；

The schematic diagram of moving operation rotation second graph interface in Fig. 7 A- Fig. 7 B embodiment of the present invention；

Fig. 8 is the primary structure schematic diagram of electronic equipment in the embodiment of the present invention；

Fig. 9 is the structural schematic diagram one of electronic equipment in the embodiment of the present invention；

Figure 10 is the structural schematic diagram two of electronic equipment in the embodiment of the present invention；

Figure 11 is the structural schematic diagram three of electronic equipment in the embodiment of the present invention.

Specific implementation mode

A kind of information processing method, the method are applied in electronic equipment, and the electronic equipment includes：Frame structure Body, display unit, input unit and processor, wherein the frame structure includes a fixed structure, the fixed structure The electronic equipment can be fixed on one first operating body；The display unit is fixed on the frame structure, institute It includes a display screen to state display unit；The input unit is fixed by the frame structure, the sense of the input unit Can should partly it be located on the framework architecture body except any position of the display screen；The processor is single with the input Member connection, the processor fixed by the frame structure, and the processor is according to the induction part of the input unit The parameter obtained controls the electronic equipment；The method includes：When the electronic equipment is fixed by the fixed structure It when on one first operating body, controls the electronic equipment and shows the first graphical interfaces, first graphical interfaces includes M the One mark object, the M first identifier object being capable of electronic equipments and the M first identifier object pair described in Real-time Feedback The running parameter for the N number of function module answered, wherein M, N are positive integer；Obtain the first manipulation instruction；Respond first behaviour Control instruction, controls the electronic equipment and shows that the second graph interface, the second graph interface include P second identifier pair As, the P second identifier object be for identify can call it is corresponding with the P second identifier object using entrance, P is positive integer；Wherein, when acquisition enters for the corresponding application of i-th of second identifier object in the P second identifier object When the trigger action of mouth, it is the positive integer no more than P to call application corresponding with i-th of second identifier object, i.

In the embodiment of the present invention, since the display unit and the input unit are each attached to the frame structure On, when the electronic equipment to be fixed on first operating body, and first figure is shown by the display unit When interface, the running parameter of the N corresponding function module that user is fed back by the M first identifier object can be with Easily know that the electronic equipment current parameter state, such as electricity, time, signal etc., i.e., the described electronic equipment are shown When the M first identifier object, only operational module corresponding with the M first identifier object need to be run, therefore the electronics Equipment may be at the state of low-power consumption.Also, when obtaining first operational order, it is aobvious that the electronic equipment can be controlled Show the second graph interface for including the P second identifier object, then at this point, the electronic equipment need to only run with it is described The corresponding function module of P second identifier object, it is corresponding with the M first identifier object described N number of without reruning Function module, therefore when the electronic equipment switches between first graphical interfaces and the second graph interface, can be with The corresponding function module of mark object in current Graphics interface need to be only run to reduce the power consumption of the electronic equipment to prolong The usage time of the long electronic equipment.In order to make the object, technical scheme and advantages of the embodiment of the invention clearer, below will In conjunction with the attached drawing in the embodiment of the present invention, technical scheme in the embodiment of the invention is clearly and completely described, it is clear that Described embodiments are some of the embodiments of the present invention, instead of all the embodiments.Based on the embodiments of the present invention, originally The every other embodiment that field those of ordinary skill is obtained without creative efforts, belongs to the present invention The range of protection.

Fig. 1 is referred to, the embodiment of the present invention provides a kind of information processing method, is applied in an electronic equipment, the electricity Sub- equipment may include：Frame structure, display unit, input unit and processor, wherein the frame structure includes The electronic equipment can be fixed on one first operating body by one fixed structure, the fixed structure；The display unit is solid It is scheduled on the frame structure, the display unit includes a display screen；The input unit passes through the frame structure Body is fixed, and the induction part of the input unit can be located on the framework architecture body except the arbitrary position of the display screen It sets；The processor is connect with the input unit, and the processor is fixed by the frame structure, the processor root According to the parameter that the induction part of the input unit is obtained, the electronic equipment is controlled.The main flow of the method is as follows：

Step 101：When the electronic equipment is fixed on by the fixed structure on one first operating body, described in control Electronic equipment shows that the first graphical interfaces, first graphical interfaces include M first identifier object, the M first identifier Object is capable of the running parameter of electronic equipment N number of function module corresponding with the M first identifier object described in Real-time Feedback, Wherein, M, N are positive integer.

In the embodiment of the present invention, the electronic equipment can be a Wearable, such as smartwatch.The fixed knot Structure can be the watch buckle of wrist-watch, and first operating body can be the arm of user, then can be fixed on the wrist-watch by watch buckle On the arm of user.

Fig. 2 is referred to, number 20 represents first operating body, and for this sentences the arm of user, number 21 represents institute Display unit is stated, number 22 represents the induction part of the input unit, wherein the display unit shows first figure Interface.

In the embodiment of the present invention, first graphical interfaces can be regarded as the initial interface of the electronic equipment, this is first Beginning interface can provide basic DESKTOP INFORMATION, such as time, date etc. to the user.And it is shown in first graphical interfaces The M first identifier object can correspond to respectively time, electricity, device signal etc. display mark.Or described One graphical interfaces can also be the time dial plate that the electronic equipment is shown by the display unit.For example, the time Dial plate can be specifically a mechanical dial plate, and the display unit can be provided in the aobvious of an adjustable transparency above it Display screen, when showing first graphical interfaces, the transparency of the display screen can be 100 degree, i.e., transparent state, so as to Family can watch the time dial plate by the display screen.

Preferably, in the embodiment of the present invention, the M first identifier object is corresponding with N number of function module, the work( Can module for the realization electronic equipment a certain the function module to be run, such as timing module, output module etc..This Outside, the M first identifier object is capable of the running parameter of N number of function module described in Real-time Feedback.Such as with electricity mark pair As corresponding function module be power supply function module, running parameter may include remaining capacity parameter etc..Wherein M and N can be with Equal, i.e., the described first identifier object and function module can be corresponded or M and N can not also be equal, such as one One running parameter of first identifier object feedback can be that multiple function modules are operated together as a result, an i.e. first identifier Object can correspond to multiple function modules.

In the embodiment of the present invention, when due to being fixed on the electronic equipment on first operating body, the electronics is set It is standby to show first graphical interfaces, so that user can know N number of function at any time by the M first identifier The running parameter of module, therefore the current state of the electronic equipment can be understood in time, such as the electronics can be known in time Whether equipment has situations such as electricity is low, signal is preferable etc., to carry out corresponding operating.The embodiment of the present invention provide the user compared with For intuitive display effect, subsequent processing is checked and carried out convenient for user.

Step 102：Obtain the first manipulation instruction.

In the embodiment of the present invention, first manipulation instruction can obtain one by the induction part of the input unit After touch control operation, instruction that the electronic equipment is generated according to the touch control operation.For example, user with finger in the induction part Clicking operation is carried out, user is equivalent to and has carried out the touch control operation, then the electronic equipment can give birth to according to the clicking operation At first manipulation instruction.

Refer to alternatively, first manipulation instruction can also be the manipulation for being triggered the electronic equipment by specific condition and being generated It enables.For example, when other modules in addition to N number of function module in the electronic equipment bring into operation, institute can be triggered The first operational order is stated, to make the electronic equipment execute corresponding function according to first manipulation instruction.For example, display Display interface corresponding with the function module newly run or icon etc..

Step 103：First manipulation instruction is responded, the electronic equipment is controlled and shows the second graph interface, institute It includes P second identifier object to state second graph interface, the P second identifier object be for identify can call with it is described P second identifier object is corresponding to apply entrance, and P is positive integer；Wherein, when acquisition is in the P second identifier object I-th of second identifier object corresponding trigger action using entrance when, call corresponding with i-th of second identifier object Application, i is positive integer no more than P.

In the embodiment of the present invention, when the electronic equipment is by the response to first manipulation instruction, and described in showing When second graph interface, the display unit can have there are two types of display mode.Wherein the first display mode is：Described aobvious Show in unit while showing first graphical interfaces and the second graph interface.Such as the second graph interface occupies Display area can be located at the peripheral region of the occupied display area of the first graphical interfaces, then user still can be at this time Observe the M first identifier object by first graphical interfaces, at this point, the electronic equipment will run simultaneously with The corresponding function module of P second identifier object and N number of function mould corresponding with the M first identifier object Block.Wherein second of display mode is：The second graph interface is only shown in the display unit.I.e. when the electronics is set When standby response first manipulation instruction, first graphical interfaces will be prohibited to show, only be shown in the display unit The second graph interface, at this point, can only run work corresponding with the P second identifier object in the electronic equipment Make module, so that the electronic equipment shows the second graph interface in the state of being in a lower power consumption. In general, under second various display modes, since first graphical interfaces is prohibited to show, therefore user's possibly can not be in real time Understand the parameter information that the M first identifier object is fed back, thus can by one in the M first identifier object or It is multiple to be shown in the display unit with smaller ratio.Such as the upper right comer region of display unit show respectively to it is corresponding when Between, the small mark of electricity and signal, so as to provide feedback to the user in real time.Then the electronic equipment only needs to run The function module corresponding to mark object shown, without running whole function modules, so that electronic equipment It is in the state of a lower power consumption and works.

Preferably, in the embodiment of the present invention, the P second identifier object can be shown in institute with preset rules arrangement State the application identities in second graph interface.For example, if the shape of the second graph interface is annular, second mark Knowing object can be evenly distributed in corresponding annular region.

In the embodiment of the present invention, first manipulation instruction is being responded, the electronic equipment is being controlled and shows second figure After shape interface, the method further includes：It obtains for i-th of second identifier pair in the P second identifier object As the corresponding trigger action using entrance, application corresponding with i-th of second identifier object is called.

Due to the P second identifier object can be used for identify can call it is corresponding with the P second identifier object Apply entrance, therefore, when obtaining the triggering for some mark object progress in the P second identifier object When operation, the electronic equipment can call application corresponding with the second identifier object, consequently facilitating user uses the application.

Preferably, in the embodiment of the present invention, the display screen is circular screen, and the frame structure includes frame master Body, the chassis body has to be used to fix the circular screen with the matched shape of the circular screen, the chassis body, The second graph interface is annulus interface, and the first sub- induction part in the induction part is arranged in the fixed structure At locking structure, and the first sub- induction part is round induction part, when the electronic equipment passes through the fixed structure When being fixed on first operating body, the circular screen is located at the first surface of first operating body, the round sense The second surface of first operating body should be partly located at, the first surface is opposite with the second surface, the round screen Curtain is opposite with the round induction part.

Fig. 3 is referred to, number 30 represents the display screen, and number 31 represents the first figure circle in the display screen Face, number 32 represent the second graph interface that shows in the display screen, the described first sub- induction parts that number 33 represents, Wherein, the described first sub- induction part is round induction part, and the circular screen shows first graphical interfaces and institute Second graph interface is stated, i.e., the described display unit is in the first display mode.

Preferably, in the embodiment of the present invention, by taking the electronic equipment of above structure as an example, first manipulation is being responded Instruction controls after the electronic equipment shows the second graph interface, and the method can also include：Pass through the circle Induction part obtains moving operation track caused by the moving operation that second operation body carries out on the round induction part； According to the moving operation track, the moving operation corresponding first position on the round induction part is determined；According to The correspondence between position and second identifier object on the circle induction part, determination are corresponding with the first position Second identifier object；Control the identified areas output one at the place in the second graph interface in determining second identifier object Prompt message.

In the embodiment of the present invention, the second operation body for example can be the finger of user, such as can be capacitance Pen, or can also be other operating bodies.For example, the electronic equipment is smartwatch, when the smartwatch is worn over user Left hand wrist on when, user can operate the smartwatch by the finger of the right hand, such as quarter-bell is arranged.

Preferably, in the embodiment of the present invention, when the second operation body carries out the shifting on the round induction part When dynamic operation, the electronic equipment can obtain the moving operation track corresponding with the moving operation, and then according to institute It states moving operation track and determines the second operation body corresponding first position on the round induction part.For example, When user carries out the moving operation with finger on the round induction part of the second surface, the electronic equipment The position that user's finger is currently moved to can be known according to the moving operation track.

In the embodiment of the present invention, when the electronic equipment to be fixed on first operating body, due to the circle Induction part is in the second surface of first operating body, and second image is in the first table of first operating body Face, and the first surface shows opposite with described second, therefore user cannot observe the circular screen and the circle simultaneously Shape induction part.Therefore, the position on the round induction part and corresponding between second identifier object can be pre-set Position on the circular screen and the round induction part is associated by relationship.

For example, when the second graph interface is annulus interface, P mark is evenly divided into the annulus interface Region, each identified areas can show a second identifier object.Meanwhile positioned at the round induction of the second surface Part has the P induction region divided centered on the center of circle, wherein the P induction region and the P second mark It is corresponding to know object, determines that the second operation body is in the round induction part by the moving operation track to work as In the first position when, it may be determined that the induction region corresponding to the first position, to according to the induction region And the correspondence of second identifier object can determine determination second identifier object corresponding with the first position, and control The identified areas for making the place in the second graph interface in the second identifier object exports a prompt message.

Wherein, the type of the prompt message can there are many, the present invention is not specifically limited.For example, being carried described in output Show information, a kind of possible mode is：It controls the identified areas and shows preset prompt color.

In the embodiment of the present invention, due to the described first sub- induction part, i.e., the described round induction part and the round screen Curtain is arranged on two opposite surfaces, and when obtaining the moving operation track in the round induction part, it may be determined that The corresponding second identifier object in the first position residing for the second operation body, you can to determine the currently choose second mark Know object, therefore, user can control the second graph interface by the operation carried out in the round induction part.

For example, when user plane is to the first surface, i.e., the round induction part of the second surface is not at this time Can be observed, if user by finger the second surface carry out slide, in finger sliding process, with The identified areas residing for the corresponding second identifier object in position where finger will be in a certain selection color, such as blue, with table Bright current slide chooses the second identifier object of the identified areas, corresponding if finger continues to move to other positions The identified areas that will be also displayed in blue, and be displayed in blue before of identified areas can then forbid being displayed in blue, and restore the face of script Color.It is exactly from the point of view of the viewing angle of user：Movement with finger in the round induction part, in the display unit Blue identified areas is also moved corresponding.

In the embodiment of the present invention, the display screen is circular screen, and the frame structure includes chassis body, described Chassis body have with the matched shape of the circular screen, the chassis body is for fixing the circular screen, described the Two graphical interfaces are annulus interface, and the induction part of the input unit is arranged in the part of the chassis body, and the sense The the second sub- induction part that should include partly is in the peripheral region adjacent with the display screen, the second sub- induction part For annulus induction region, and the second sub- induction part and the shared center of circle of the display screen.Fig. 4 is referred to, number 41 first graphical interfaces represented, the second graph interface that number 42 represents, the second graph interface are annulus Interface, and first graphical interfaces and the first graphical interfaces center of circle having the same, number 43 represent second son Induction part.

Preferably, in the embodiment of the present invention, by taking the electronic equipment of above structure as an example, first manipulation is being responded Instruction controls after the electronic equipment shows the second graph interface, and the method can also include：Pass through the annulus Induction region obtains moving operation track caused by the moving operation that second operation body carries out in the annulus induction region； The display mode of the second graph interface is adjusted according to the moving operation track.

In the embodiment of the present invention, since the annulus induction region is in the peripheral region adjacent with the display screen, I.e. user can observe the annulus induction region and the display screen simultaneously, therefore when user can be by being in external zones When the annulus induction region in domain carries out the moving operation, it is corresponding that the electronic equipment can obtain the moving operation The moving operation track, so as to realize the adjustment to the display interface in the circular screen, such as amplify, reduce, Rotation etc..

Preferably, in the embodiment of the present invention, the display of the second graph interface is adjusted according to the moving operation track Mode includes at least three kinds of methods of adjustment.

Wherein the first method of adjustment is specially：If it is determined that the moving operation track includes the first sub-operation track and the Two sub-operation tracks, then according to first sub-operation track and second sub-operation track, by the second graph interface It is amplified according to the first preset ratio；Wherein, the direction phase of first sub-operation track and second sub-operation track Instead, and the distance between first sub-operation track and second sub-operation track gradually increase.

Preferably, in the embodiment of the present invention, between first sub-operation track and second sub-operation track away from From may include two kinds, wherein the first can refer in the parallel side in moving operation direction corresponding with the moving operation The first upward distance；Second can refer on the vertical direction in moving operation corresponding with moving operation direction Second distance.To when determining that the moving operation track includes two strip operation traces, may further determine that described the First distance between one sub-operation track and second sub-operation track and the second distance, and then can basis The effect for judging the moving operation of first distance and the second distance, such as gradually increase or reduce.Specifically Judgment method can be：Judge whether first distance is less than a pre-determined distance, the pre-determined distance can be according to user In the deviation distance that actual mechanical process is also easy to produce, such as when picture straight line, track of some deviation straight line of federation, but usually As long as the distance deviateed can still think that it is rectilinear direction in a certain range, i.e., the described pre-determined distance can allow to deviate Maximum value.For example, the pre-determined distance is 0.5cm, then when first distance is no more than the pre-determined distance, it is believed that The direction of two strip operation traces is on same straight line, i.e., the described moving operation is for zooming in or out the second graph The operation at interface.If it exceeds the pre-determined distance, then the moving operation may be for rotating second graph circle The operation in face.

It refers to such as Fig. 5 A, number 50 and represents the annulus induction region, number 51 represents first sub-operation track Corresponding direction, number 52 represent the corresponding direction in second sub-operation track, and double-head arrow indicates that the moving operation may Mobile direction, wherein the spacing between first group of single arrow marked as 1 refers to first distance, second marked as 2 Spacing between group single arrow refers to the second distance.If pre-determined distance be 0.5cm, when determine described first away from When from no more than 0.5cm, if the second distance between first sub-operation track and second sub-operation track is gradual Increase, then can determine that the moving operation is amplifieroperation.Alternatively, if first sub-operation track and second son Second distance between operation trace is gradually reduced, then can determine that the moving operation is reduction operation.Or it is if described First distance is more than 0.5cm, then can determine that the moving operation is rotation process.

I.e. in the embodiment of the present invention, when the display unit shows the second graph interface, and the determining mobile behaviour When as track including first sub-operation track and the second sub-operation track, if first sub-operation track and institute State the direction of the second sub-operation track on the contrary, the distance between first sub-operation track and second sub-operation track by Cumulative big, then the moving operation can control the second graph interface and is amplified according to the first preset ratio.For example, working as The index finger and thumb of user is respectively at the relative position in the annulus induction region, if user's control index finger and thumb are same When to far from the center of circle sliding, then the moving operation can control the second graph interface according to the first preset ratio carry out Amplification.

For example, referring to Fig. 5 B, number 51 represents the circular screen, and number 52 represents the second graph interface, number Word 53 represents the described second sub- induction part, i.e., the described annulus induction region, and number 54 represents the moving operation track and includes The two strip operation traces with opposite direction, i.e. first sub-operation track and second sub-operation track, and institute The moving direction for stating moving operation track is the direction far from the center of circle, that is, shows that the moving operation is by second graph circle The operation that face is amplified.Then after responding the moving operation, the second graph interface of display will be according to described the The amplified interface of one preset ratio.

Such as refer to Fig. 5 C, wherein 51 represent the circular screen in figure, and number 52 is represented amplifies according to preset ratio The second graph interface afterwards, at this point, user can be clearly observed at least one second mark shown in circular screen Know object.

Preferably, in the embodiment of the present invention, the display of the second graph interface is adjusted according to the moving operation track Mode, second of method of adjustment are：If it is determined that the moving operation track includes the first sub-operation track and the second sub-operation rail Mark, then it is according to first sub-operation track and second sub-operation track, the second graph interface is pre- according to second If ratio is reduced, wherein the direction of first sub-operation track and second sub-operation track is on the contrary, and described the The distance between one sub-operation track and second sub-operation track are gradually reduced.

That is, in the embodiment of the present invention, if the direction phase of first sub-operation track and second sub-operation track Instead, and the distance between first sub-operation track and second sub-operation track are gradually reduced, then can determine described Moving operation is to operate the adjustment that display interface reduces in the circular screen, wherein about determination first son The process of the distance between operation trace and second sub-operation track variation, has in the first adjustment mode and is situated between in detail It continues, is not repeating herein.

For example, referring to Fig. 6, number 61 represents the second graph interface, is put wherein the second graph interface is in Big dispaly state, number 62 represent the annulus induction region, and it includes the opposite sub-operation rail in two directions that number 63, which represents, The moving operation track of mark, wherein two strip operation traces are located along the same line with the center of circle, and the moving operation Moving direction is close to the direction in the center of circle, such as the arrow direction in figure.

Can then determine at this time the moving operation be by the second graph interface according to second preset ratio into The adjustment operation that row reduces.For example, the second graph interface can be reduced into normal display scale originally.

Preferably, in the embodiment of the present invention, the display of the second graph interface is adjusted according to the moving operation track Mode, the third method of adjustment are：If it is determined that the moving operation track includes the first sub-operation track and the second sub-operation rail Mark, and when first sub-operation track and second sub-operation track are not on same straight line, according to described first Sub-operation track and second sub-operation track, control the second graph interface and are rotated.

Preferably, in the embodiment of the present invention, according to first sub-operation track and second sub-operation track, control The second graph interface is rotated, and is specifically as follows：Judge the first operation side corresponding with first sub-operation track It is whether consistent that direction is operated to and with second sub-operation track corresponding second；When the first operation direction and described the When two operation directions are consistent, determine that first operation direction is the rotation direction of the second graph interface, control described the Two graphical interfaces are rotated according to the rotation direction.

For example, referring to Fig. 7 A, number 71 represents the described second sub- induction part, i.e., the described annulus induction region, number 72 represent the second graph interface, first sub-operation track of the digital 73 moving operation tracks, and number 74 represents There is figure in second sub-operation track of the moving operation track as it can be seen that and first sub-operation track and described Two sub-operation tracks not on the same line, and first sub-operation track and second sub-operation track be respectively positioned on it is described Annulus induction region, the distance between two sub-trajectories are more than the maximum gauge of the annulus induction region, i.e., the described moving operation For the operation for rotating the second graph interface.After the moving operation is executed by user, Fig. 7 B are referred to, number Word 71 represents the annulus induction region, and number 72 represents the second graph interface, compared to Fig. 7 A, it is known that, described second Graphical interfaces has carried out clockwise rotation.

Wherein, when the first operation direction is consistent with the second operation direction, first operation direction is determined It for the rotation direction of the second graph interface, controls the second graph interface and is rotated according to the rotation direction, have Body can be：When the first operation direction is consistent with the second operation direction, determine that first operation direction is institute State the rotation direction of second graph interface；According to the moving operation track, the first of first sub-operation track is determined The first angle that initial point and the first terminating point are formed with the center of circle, and determine the second starting point and the of second sub-operation track The second angle that two terminating points are formed with the center of circle；According to first angle and second angle, the second graph is determined The rotational angle at interface；The second graph interface is controlled to be rotated according to the rotational angle and the rotation direction.

I.e. in the embodiment of the present invention, when first sub-operation track and second son of the moving operation track are grasped When being not on same straight line as track, it may be determined that the moving operation is to be carried out for controlling the second graph interface The operation of rotation, and then judge whether the first operation direction is consistent with second operation direction, for example whether being all Clockwise or counterclockwise, and can be by the first operation direction therein or described the when both direction is consistent Two operation directions are determined as direction when the second display interface rotation.

Meanwhile in actual mechanical process, first sub-operation that can also be determined according to the moving operation track Second angle between first angle and second sub-trajectory and the center of circle between track and the center of circle, but it is described First angle and second angle may differ, such as user's thumb and index finger are at two of the annulus induction region When relative position moves along clockwise direction, due to the flexibility of index finger, corresponding first movement track may when moving Be longer than thumb it is mobile when corresponding second motion track, then the first angle determined by motion track will be more than described the Two angles.

In the embodiment of the present invention, according to first angle and second angle, the second graph interface is determined Rotational angle can be specifically：It is the rotation by the angle-determining between first angle and second angle Angle.Such as an angular range is constituted by first angle and second angle, the rotation angle can be in be somebody's turn to do Any one angle in angular range.Or can also be that angle larger in first angle and second angle is true It is set to the rotational angle, or can also be by angle-determining smaller in first angle and second angle is institute Rotational angle is stated, or the angle difference between first angle and second angle is determined as the rotational angle, Etc., so as to more neatly control the rotation of the second graph interface.

For example, the rotation direction determined is clockwise, and described the determined according to first sub-operation track One angle is 60 °, and second angle determined according to second sub-operation track is 40 °.At this point, if will be in described Angle-determining between first angle and second angle is the rotational angle, it is determined that the rotational angle can be 50 °, the second graph interface will rotate clockwise 50 ° according to rotation direction edge；If it is by first angle and Larger angle-determining is the rotational angle in second angle, that is, the rotational angle determined is 60 °, then described the Two graphical interfaces will rotate clockwise 60 ° according to rotation direction edge.

In the embodiment of the present invention, rotated when determining the moving operation for controlling the second graph interface When operation, the direction and angle of the rotation of the second graph interface can be determined according to the moving operation track of its generation Degree, is correspondingly rotated to control the second graph, therefore can be led to during user observes the circular screen The rotation that the annulus induction region controls the second graph interface is crossed, so as to preferably observe the other of display interface Part.For example, presently described second graph interface is magnifying state, only there are two second identifiers pair for display in the circular screen As, rotated at this point, user can control the second graph interface by aforesaid operations, to observe other second Identify object.

It should be noted that in above-mentioned three kinds of adjustment modes, it is not limited only to the second figure described in the circular screen The adjustment at shape interface can also be to showing application interface corresponding with some second identifier object in the circular screen Adjustment, such as amplification, diminution or rotation etc. to map application interface.

In the embodiment of the present invention, when the electronic equipment shows first graphical interfaces, and N number of work(is run When energy module, user can be such that the electronic equipment obtains by the operation carried out on the induction part of the input unit First operational order is to show the second graph interface, to control the electronic equipment operation and the P second Identify the corresponding function module of object.However only showing first graphical interfaces under normal conditions, it is extra without running Function module, to reduce the power consumption of electronic equipment.And since the induction part of the input unit can be positioned at described Except any position of the display screen on framework architecture body, therefore the electronic equipment can provide larger operating space to the user Domain, so that user on other regions except the display screen when operating, the electronic equipment can obtain corresponding Operational order is simultaneously responded accordingly, such as shows the second graph interface, or calls that second identifier object is corresponding answers With without being operated in the limited display screen of size.Therefore it is removed by using in the framework architecture body The input unit of other parts outside the display screen is inputted, and can be improved smaller for size in the prior art Electronic equipment operation region limitation, the mistake responsiveness of electronic equipment is reduced, but also described aobvious in operation Display screen curtain is not easy to be blocked, therefore improves the display effect of the display screen and the Experience Degree of user.

Fig. 8 is referred to, same inventive concept is based on, the present invention also provides a kind of electronic equipment, including：Frame structure, Display unit, input unit and processor, wherein the frame structure includes a fixed structure, the fixed structure energy It is enough that the electronic equipment is fixed on one first operating body；The display unit is fixed on the frame structure, described Display unit includes a display screen；The input unit is fixed by the frame structure, the induction of the input unit Part can be located on the framework architecture body except any position of the display screen；The processor and the input unit Connection, the processor fixed by the frame structure, and the processor is according to the induction part institute of the input unit The parameter of acquisition controls the electronic equipment；The electronic equipment may include control unit 801,802 and of first acquisition unit Response unit 803.

When the electronic equipment is fixed on by the fixed structure on one first operating body, described control unit 801 It can be used for controlling the electronic equipment and show that the first graphical interfaces, first graphical interfaces include M first identifier pair As, the M first identifier object can electronic equipment and the M first identifier object described in Real-time Feedback it is corresponding N number of The running parameter of function module, wherein M, N are positive integer.

The first acquisition unit 802 can be used for obtaining the first manipulation instruction.

The response unit 803 can be used for responding first manipulation instruction, control described in the electronic equipment shows Second graph interface, the second graph interface include P second identifier object, and the P second identifier object is for marking Knowledge can call corresponding with the P second identifier object using entrance, and P is positive integer；Wherein, when acquisition is directed to the P When the corresponding trigger action using entrance of i-th of second identifier object in a second identifier object, call and described i-th The corresponding application of second identifier object, i are the positive integer no more than P.

Preferably, in the embodiment of the present invention, the electronic equipment further includes second acquisition unit 901, refers to Fig. 9.

The second acquisition unit 901 can be used for obtaining for described i-th in the P second identifier object the The two mark corresponding trigger actions using entrance of object, call application corresponding with i-th of second identifier object.

In the embodiment of the present invention, the display screen is circular screen, and the frame structure includes chassis body, described Chassis body have with the matched shape of the circular screen, the chassis body is for fixing the circular screen, described the Two graphical interfaces are annulus interface, and the locking knot in the fixed structure is arranged in the first sub- induction part in the induction part At structure, and the first sub- induction part is round induction part, when the electronic equipment is fixed on by the fixed structure When on first operating body, the circular screen is located at the first surface of first operating body, the circle induction part Positioned at the second surface of first operating body, the first surface is opposite with the second surface, the circular screen and institute It is opposite to state round induction part；The electronic equipment further includes third acquiring unit 902, the determination of the first determination unit 903, second Unit 904 and output unit 905.Refer to Figure 10.

The third acquiring unit 902 can be used for obtaining second operation body in the circle by the round induction part Moving operation track caused by the moving operation carried out on shape induction part.

First determination unit 903 can be used for, according to the moving operation track, determining the moving operation in institute State corresponding first position on round induction part.

Second determination unit 904 can be used for according on the round induction part position and second identifier object Between correspondence, determine corresponding with first position second identifier object.

The output unit 905 can be used for controlling in determining second identifier object the institute in the second graph interface Identified areas export a prompt message.

In the embodiment of the present invention, the display screen is circular screen, and the frame structure includes chassis body, described Chassis body have with the matched shape of the circular screen, the chassis body is for fixing the circular screen, described the Two graphical interfaces are annulus interface, and the induction part of the input unit is arranged in the part of the chassis body, and the sense The the second sub- induction part that should include partly is in the peripheral region adjacent with the display screen, the second sub- induction part For annulus induction region, and the second sub- induction part and the shared center of circle of the display screen, the electronic equipment is also Including the 4th acquiring unit 906 and adjustment unit 907.Refer to Figure 11.

4th acquiring unit 906 can be used for obtaining second operation body in the circle by the annulus induction region Moving operation track caused by the moving operation carried out in ring induction region.

The adjustment unit 907 can be used for adjusting the display of the second graph interface according to the moving operation track Mode.

In the embodiment of the present invention, the adjustment unit 907, which is specifically minded, to be used for：If it is determined that the moving operation track includes First sub-operation track and the second sub-operation track, then according to first sub-operation track and second sub-operation track, The second graph interface is amplified according to the first preset ratio；Wherein, first sub-operation track and described second The direction of sub-operation track is on the contrary, and the distance between first sub-operation track and second sub-operation track gradually increasing Greatly.

Preferably, in the embodiment of the present invention, the adjustment unit 907 specifically can be used for：If it is determined that the moving operation Track includes the first sub-operation track and the second sub-operation track, then is grasped according to first sub-operation track and second son Make track, the second graph interface is reduced according to the second preset ratio, wherein first sub-operation track and institute The direction of the second sub-operation track is stated on the contrary, and the distance between first sub-operation track and second sub-operation track It is gradually reduced.

Preferably, in the embodiment of the present invention, the adjustment unit 907 can be specifically used for：If it is determined that the moving operation Track includes the first sub-operation track and the second sub-operation track, and first sub-operation track and the second sub-operation rail When mark is not on same straight line, according to first sub-operation track and second sub-operation track, control described the Two graphical interfaces are rotated.

Preferably, in the embodiment of the present invention, the adjustment unit 907 be specifically used for according to first sub-operation track and Second sub-operation track controls the second graph interface and is rotated, is specifically as follows：Judge to grasp with first son Make the corresponding first operation direction in track and whether the second operation corresponding with second sub-operation track direction is consistent；Work as institute State the first operation direction with it is described second operation direction it is consistent when, determine it is described first operation direction be the second graph interface Rotation direction, control the second graph interface and rotated according to the rotation direction.

Preferably, in the embodiment of the present invention, the adjustment module 907 be specifically used for when described first operate direction with it is described When second operation direction is consistent, the first operation direction is determined for the rotation direction of the second graph interface, described in control Second graph interface is rotated according to the rotation direction, is specifically as follows：When the first operation direction and described second When operation direction is consistent, determine that first operation direction is the rotation direction of the second graph interface；According to the movement Operation trace determines the first angle that the first starting point of first sub-operation track and the first terminating point are formed with the center of circle, And determine the second angle that the second starting point of second sub-operation track and the second terminating point are formed with the center of circle；According to described First angle and second angle, determine the rotational angle of the second graph interface；The second graph interface is controlled to press It is rotated according to the rotational angle and the rotation direction.

A kind of information processing method is disclosed in the embodiment of the present invention, the method is applied in electronic equipment, the electricity Sub- equipment includes：Frame structure, display unit, input unit and processor, wherein the frame structure includes one solid Determine structure, the electronic equipment can be fixed on one first operating body by the fixed structure；The display unit is fixed on On the frame structure, the display unit includes a display screen；The input unit is solid by the frame structure Fixed, the induction part of the input unit can be located on the framework architecture body except any position of the display screen；Institute It states processor to connect with the input unit, the processor is fixed by the frame structure, and the processor is according to institute The parameter that the induction part of input unit is obtained is stated, the electronic equipment is controlled；The method includes：When the electronic equipment When being fixed on one first operating body by the fixed structure, controls the electronic equipment and show the first graphical interfaces, it is described First graphical interfaces includes M first identifier object, the M first identifier object can electronic equipment described in Real-time Feedback with The running parameter of the corresponding N number of function module of the M first identifier object, wherein M, N are positive integer；Obtain the first behaviour Control instruction；First manipulation instruction is responded, the electronic equipment is controlled and shows the second graph interface, the second graph Interface includes P second identifier object, and the P second identifier object is that can be called and the P second mark for identifying It is corresponding using entrance to know object, P is positive integer；Wherein, when obtaining for i-th in the P second identifier object the When the corresponding trigger action using entrance of two mark objects, application corresponding with i-th second identifier object, i are called For the positive integer no more than P.

It should be understood by those skilled in the art that, the embodiment of the present invention can be provided as method, system or computer program Product.Therefore, complete hardware embodiment, complete software embodiment or reality combining software and hardware aspects can be used in the present invention Apply the form of example.Moreover, the present invention can be used in one or more wherein include computer usable program code computer Usable storage medium（Including but not limited to magnetic disk storage and optical memory etc.）The shape of the computer program product of upper implementation Formula.

The present invention be with reference to according to the method for the embodiment of the present invention, equipment（System）And the flow of computer program product Figure and/or block diagram describe.It should be understood that can be realized by computer program instructions every first-class in flowchart and/or the block diagram The combination of flow and/or box in journey and/or box and flowchart and/or the block diagram.These computer programs can be provided Instruct the processor of all-purpose computer, special purpose computer, Embedded Processor or other programmable data processing devices to produce A raw machine so that the instruction executed by computer or the processor of other programmable data processing devices is generated for real The device for the function of being specified in present one flow of flow chart or one box of multiple flows and/or block diagram or multiple boxes.

These computer program instructions, which may also be stored in, can guide computer or other programmable data processing devices with spy Determine in the computer-readable memory that mode works so that instruction generation stored in the computer readable memory includes referring to Enable the manufacture of device, the command device realize in one flow of flow chart or multiple flows and/or one box of block diagram or The function of being specified in multiple boxes.

These computer program instructions also can be loaded onto a computer or other programmable data processing device so that count Series of operation steps are executed on calculation machine or other programmable devices to generate computer implemented processing, in computer or The instruction executed on other programmable devices is provided for realizing in one flow of flow chart or multiple flows and/or block diagram one The step of function of being specified in a box or multiple boxes.

Obviously, various changes and modifications can be made to the invention without departing from essence of the invention by those skilled in the art God and range.In this way, if these modifications and changes of the present invention belongs to the range of the claims in the present invention and its equivalent technologies Within, then the present invention is also intended to include these modifications and variations.

Claims

1. a kind of information processing method, the method is applied in electronic equipment, and the electronic equipment includes：Frame structure, Display unit, input unit and processor, wherein the frame structure includes a fixed structure, the fixed structure energy Enough that the electronic equipment is fixed on one first operating body, the display unit includes display screen；The method includes：

When the electronic equipment is fixed on by the fixed structure on one first operating body, controls the electronic equipment and show First graphical interfaces, first graphical interfaces include M first identifier object, and the M first identifier object can be real-time Feed back the running parameter of the electronic equipment N number of function module corresponding with the M first identifier object, wherein M, N are Positive integer；

Obtain the first manipulation instruction；Wherein, first manipulation instruction is to obtain one by the induction part of the input unit After touch control operation, instruction that the electronic equipment is generated according to the touch control operation；The frame structure includes chassis body, institute Stating chassis body has and the matched shape of the display screen；The induction part of the input unit is arranged in the frame master The part of body, and positioned at the peripheral region adjacent with the display screen；

First manipulation instruction is responded, the electronic equipment is controlled and shows second graph interface, the second graph interface packet P second identifier object is included, the P second identifier object is that can be called and the P second identifier object for identifying Corresponding to apply entrance, P is positive integer；Wherein, when acquisition is for i-th of second identifier in the P second identifier object When the corresponding trigger action using entrance of object, application corresponding with i-th of second identifier object is called, i is little In the positive integer of P.

2. the method as described in claim 1, which is characterized in that the display screen is circular screen, the frame structure Including chassis body, the chassis body has to be used to fix institute with the matched shape of the circular screen, the chassis body Circular screen is stated, the second graph interface is annulus interface, and the first sub- induction part in the induction part is arranged in institute It states at the locking structure of fixed structure, and the first sub- induction part is round induction part, when the electronic equipment passes through When the fixed structure is fixed on first operating body, the circular screen is located at the first table of first operating body Face, the circle induction part are located at the second surface of first operating body, the first surface and the second surface phase The back of the body, the circular screen are opposite with the round induction part；First manipulation instruction is being responded, the electronic equipment is controlled After showing the second graph interface, the method further includes：

The moving operation that second operation body carries out on the round induction part is obtained by the round induction part to be produced Raw moving operation track；

According to the moving operation track, the moving operation corresponding first position on the round induction part is determined；

According to the position on the round induction part and the correspondence between second identifier object, determine and described first Set corresponding second identifier object；

The identified areas for controlling the place in the second graph interface in determining second identifier object exports a prompt message.

3. the method as described in any claims of claim 1-2, which is characterized in that the display screen is circular screen, described Frame structure includes chassis body, and the chassis body has and the matched shape of the circular screen, the chassis body For fixing the circular screen, the second graph interface is annulus interface, and the induction part setting of the input unit exists The part of the chassis body, and the second sub- induction part that the induction part includes is in adjacent with the display screen Peripheral region, the second sub- induction part are annulus induction region, and the second sub- induction part and the display screen A center of circle is shared, first manipulation instruction is being responded, is controlled after the electronic equipment shows the second graph interface, The method further includes：

The moving operation that second operation body carries out in the annulus induction region is obtained by the annulus induction region to be produced Raw moving operation track；

4. method as claimed in claim 3, which is characterized in that adjust second graph circle according to the moving operation track The display mode in face, specially：

If it is determined that the moving operation track includes the first sub-operation track and the second sub-operation track, then according to first son The second graph interface is amplified by operation trace and second sub-operation track according to the first preset ratio；Wherein, The direction of first sub-operation track and second sub-operation track is on the contrary, and first sub-operation track and described the The distance between two sub-operation tracks gradually increase.

5. method as claimed in claim 3, which is characterized in that adjust second graph circle according to the moving operation track The display mode in face, specially：

If it is determined that the moving operation track includes the first sub-operation track and the second sub-operation track, then according to first son Operation trace and second sub-operation track reduce the second graph interface according to the second preset ratio, wherein The direction of first sub-operation track and second sub-operation track is on the contrary, and first sub-operation track and described the The distance between two sub-operation tracks are gradually reduced.

6. method as claimed in claim 3, which is characterized in that adjust second graph circle according to the moving operation track The display mode in face, specially：

If it is determined that the moving operation track includes the first sub-operation track and the second sub-operation track, and first sub-operation When track is not at second sub-operation track on same straight line, according to first sub-operation track and described second Sub-operation track controls the second graph interface and is rotated.

7. method as claimed in claim 6, which is characterized in that according to first sub-operation track and second sub-operation Track controls the second graph interface and is rotated, specially：

Judge that corresponding with first sub-operation track first operates direction and corresponding with second sub-operation track the Whether two operation directions are consistent；

When the first operation direction is consistent with the second operation direction, determine that first operation direction is described second The rotation direction of graphical interfaces controls the second graph interface and is rotated according to the rotation direction.

8. the method for claim 7, which is characterized in that when the first operation direction operates direction one with described second When cause, determines that first operation direction is the rotation direction of the second graph interface, control the second graph interface and press It is rotated according to the rotation direction, specially：

When the first operation direction is consistent with the second operation direction, determine that first operation direction is described second The rotation direction of graphical interfaces；

According to the moving operation track, the first starting point and the first terminating point and the center of circle of first sub-operation track are determined The first angle formed, and determine that the second starting point of second sub-operation track and the second terminating point and the center of circle formed the Two angles；

9. a kind of electronic equipment, which is characterized in that the electronic equipment includes：Frame structure, display unit, input unit with And processor, wherein the frame structure includes a fixed structure, and the fixed structure can fix the electronic equipment On one first operating body, the display unit includes display screen；Further include：

Control unit, when the electronic equipment is fixed on by the fixed structure on one first operating body, for controlling It states electronic equipment and shows that the first graphical interfaces, first graphical interfaces include M first identifier object, the M first mark Know object and be capable of the work of electronic equipment N number of function module corresponding with the M first identifier object described in Real-time Feedback and joins Number, wherein M, N are positive integer；

First acquisition unit, for obtaining the first manipulation instruction；Wherein, first manipulation instruction is by the input unit Induction part obtain a touch control operation after, instruction that the electronic equipment is generated according to the touch control operation；The frame structure Body includes chassis body, and the chassis body has and the matched shape of the display screen；The induction part of the input unit Set up separately and set in the part of the chassis body, and positioned at the peripheral region adjacent with the display screen；

Response unit controls the electronic equipment and shows second graph interface for responding first manipulation instruction, and described the Two graphical interfaces include P second identifier object, and the P second identifier object is that can be called and the P for identifying Second identifier object is corresponding to apply entrance, and P is positive integer；Wherein, when obtaining for the in the P second identifier object When the corresponding trigger action using entrance of i second identifier object, answers corresponding with i-th of second identifier object is called With i is the positive integer no more than P.

10. electronic equipment as claimed in claim 9, which is characterized in that the display screen is circular screen, the frame knot Structure body includes chassis body, and the chassis body has to be used for solid with the matched shape of the circular screen, the chassis body The fixed circular screen, the second graph interface are annulus interface, the sub- induction part setting of first in the induction part At the locking structure of the fixed structure, and the first sub- induction part is round induction part, when the electronic equipment When being fixed on first operating body by the fixed structure, the circular screen is located at the first of first operating body Surface, the circle induction part are located at the second surface of first operating body, the first surface and the second surface Opposite to each other, the circular screen is opposite with the round induction part；The electronic equipment further includes：

Third acquiring unit, it is enterprising in the round induction part for obtaining second operation body by the round induction part Moving operation track caused by capable moving operation；

First determination unit, for according to the moving operation track, determining the moving operation in the round induction part Upper corresponding first position；

Second determination unit, for according to the position on the round induction part and the corresponding pass between second identifier object System determines second identifier object corresponding with the first position；

Output unit, the identified areas for controlling the place in the second graph interface in determining second identifier object are defeated Go out a prompt message.

11. the electronic equipment as described in any claims of claim 9-10, which is characterized in that the display screen is round shields Curtain, the frame structure includes chassis body, and the chassis body has and the matched shape of the circular screen, the frame Frame body is annulus interface, the induction part of the input unit for fixing the circular screen, the second graph interface It is arranged in the part of the chassis body, and the second sub- induction part that the induction part includes is in and the display screen Adjacent peripheral region, the second sub- induction part is annulus induction region, and the second sub- induction part is shown with described Display screen curtain shares a center of circle, and the electronic equipment further includes：

4th acquiring unit, for by the annulus induction region acquisition second operation body in the annulus induction region into Moving operation track caused by capable moving operation；

12. electronic equipment as claimed in claim 11, which is characterized in that the adjustment unit is specifically used for：If it is determined that described Moving operation track includes the first sub-operation track and the second sub-operation track, then according to first sub-operation track and described The second graph interface is amplified by the second sub-operation track according to the first preset ratio；Wherein, first sub-operation The direction of track and second sub-operation track on the contrary, and first sub-operation track and second sub-operation track it Between distance gradually increase.

13. electronic equipment as claimed in claim 11, which is characterized in that the adjustment unit is specifically used for：If it is determined that described Moving operation track includes the first sub-operation track and the second sub-operation track, then according to first sub-operation track and described Second sub-operation track reduces the second graph interface according to the second preset ratio, wherein first sub-operation The direction of track and second sub-operation track on the contrary, and first sub-operation track and second sub-operation track it Between distance be gradually reduced.

14. electronic equipment as claimed in claim 11, which is characterized in that the adjustment unit is specifically used for：If it is determined that described Moving operation track includes the first sub-operation track and the second sub-operation track, and first sub-operation track and described second When sub-operation track is not on same straight line, according to first sub-operation track and second sub-operation track, control The second graph interface is made to be rotated.

15. electronic equipment as claimed in claim 14, which is characterized in that the adjustment unit is specifically used for according to described first Sub-operation track and second sub-operation track, control the second graph interface and are rotated, specially：Judge with it is described First sub-operation track it is corresponding first operation direction and it is corresponding with second sub-operation track second operation direction whether Unanimously；

16. electronic equipment as claimed in claim 15, which is characterized in that the adjustment module is specifically used for grasping when described first Make direction with it is described second operation direction it is consistent when, determine it is described first operation direction be the second graph interface rotation side To controlling the second graph interface and rotated according to the rotation direction, specially：When the first operation direction and institute State the second operation direction it is consistent when, determine it is described first operation direction be the second graph interface rotation direction；According to institute Moving operation track is stated, determines the first starting point of first sub-operation track and the first terminating point are formed with the center of circle first Angle, and determine the second angle that the second starting point of second sub-operation track and the second terminating point are formed with the center of circle；Root According to first angle and second angle, the rotational angle of the second graph interface is determined；Control the second graph Interface is rotated according to the rotational angle and the rotation direction.