CN104699405B

CN104699405B - Information processing method, information processing unit and electronic equipment

Info

Publication number: CN104699405B
Application number: CN201510138018.2A
Authority: CN
Inventors: 符赞宣; 杨锦平; 邵翔
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2015-03-26
Filing date: 2015-03-26
Publication date: 2019-03-29
Anticipated expiration: 2035-03-26
Also published as: CN104699405A

Abstract

Provide a kind of information processing method, information processing unit and electronic equipment.The information processing method includes: the touch control unit acquisition input operation using electronic equipment；Based on the touch information collected for inputting in operation and obtaining input operation in multiple characteristic points on the touch control unit；The corresponding characteristic point sequence of each characteristic point experienced is operated with the input based on the touch information is determining；Judge whether the characteristic point sequence meets predetermined condition；When the characteristic point sequence meets predetermined condition, input character corresponding with the input operation is determined based on the characteristic point sequence.In the technical solution according to the embodiment of the present disclosure, input character corresponding with the input operation is determined by obtaining touch information of the input operation in multiple characteristic points on touch control unit, it allows users to easily carry out character input and be not only restricted to keyboard area, improves the usage experience of user.

Description

Information processing method, information processing unit and electronic equipment

Technical field

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

Background technique

Portable electronic device is most fast one of the product of current development, for example, tablet computer, mobile phone, smartwatch, Intelligent bracelet, intelligent ring etc..In the electronic equipment of part, in order to improve the Portability of equipment, reduce its power consumption, holding in fact When it is online, electronic equipment may use small size display screen.By taking smartwatch as an example, the size of touch screen is in 1.5~2 English Between very little.

In the case where the area very little of the input keyboard for inputting character, character input efficiency is very low.For example, working as In the keypad of design minification version on the small display of smartwatch, the area of each key mapping of full size keyboard is big About 4mm²Left and right, it is also very poor with the input experience of nib positioning with finger location difficulty.Therefore, although electronic equipment is also matched Touch screen is had, but input can not be executed using convenient and fast hand-written inputting method.In addition, if electronic equipment uses voice Input is then easy to impact other people in input process, and is easy to receive extraneous interference.

Even if electronic equipment have powerful processing with operational capability, memory capacity it is bigger, and can with it is other Smart machine keeps being wirelessly connected, but if electronic equipment does not configure convenient characters input method, and application also can be by To biggish limitation.It is intended to provide a kind of characters input method of the lower electronic equipment suitable for the small screen of difficulty, to mention The usage experience of high user.

Summary of the invention

The embodiment of the present disclosure provides a kind of information processing method, information processing unit and electronic equipment, makes user Character input easily can be carried out and be not only restricted to keyboard area, improve the usage experience of user.

In a first aspect, providing a kind of information processing method.The information processing method can include: utilize the touching of electronic equipment Control unit acquisition input operation；The input, which is obtained, based on input operation collected operates multiple spies on the touch control unit Touch information on sign point；The corresponding spy of each characteristic point experienced is operated with the input based on the touch information is determining Levy point sequence；Judge whether the characteristic point sequence meets predetermined condition；When the characteristic point sequence meets predetermined condition, base Input character corresponding with the input operation is determined in the characteristic point sequence.

With reference to first aspect, in a kind of implementation of first aspect, at least part of the multiple characteristic point can To be Edge Feature Points, the Edge Feature Points can be position meet electronic equipment display unit rim condition feature Point can be disposed with the touch control unit on the edge of the display unit.

With reference to first aspect and its above-mentioned implementation, in another implementation of first aspect, described in the judgement Whether characteristic point sequence meets predetermined condition can include: determines whether the fisrt feature point in the characteristic point sequence is the side One of edge characteristic point.The fisrt feature point is the Edge Feature Points a period of time, and it is predetermined to determine that the characteristic point sequence meets Condition.

With reference to first aspect and its above-mentioned implementation, in another implementation of first aspect, the information processing Method may also include that when the characteristic point sequence is unsatisfactory for predetermined condition, based on the characteristic point sequence it is determining with it is described defeated Enter and operates corresponding control instruction.

With reference to first aspect and its above-mentioned implementation, described based on described in another implementation of first aspect Touch information determines that the input operates the characteristic point sequence of each characteristic point experienced can include: is the multiple characteristic point The corresponding number of each setting；The input, which is combined, according to the sliding time sequence of the input operation operates contacted spy Levy the number of point；Using combined number as the characteristic point sequence.

With reference to first aspect and its above-mentioned implementation, described based on described in another implementation of first aspect Touch information is determining to operate the corresponding characteristic point sequence of each characteristic point experienced with the input can include: based on the touching Control information determines the touch parameter of the input operation, which includes at least one in touch-control pressure and touch-control area It is a；The input, which is updated, based on the touch parameter operates characteristic point experienced；By updated characteristic point experienced Characteristic point sequence is determined as operating the corresponding characteristic point sequence of each characteristic point experienced with the input.

With reference to first aspect and its above-mentioned implementation, in another implementation of first aspect, the electronic equipment It may also include the state detector of the status information for detecting the electronic equipment, the touch control unit using electronic equipment Acquisition input operation can include: after input operation starts, the shape of the electronic equipment is detected using the state detector State information；Two or more touch control operations are determined as input corresponding with the input character based on status information detected Operation.The characteristic point sequence for determining that the input operates each characteristic point experienced based on the touch information can wrap It includes: determining two or more subcharacter point sequences corresponding with described two or more touch control operations respectively；With will be described two Or more subcharacter point sequence group be combined into characteristic point sequence corresponding with input operation each characteristic point experienced.

Second aspect provides a kind of information processing unit, is applied to an electronic equipment.The electronic equipment includes touch-control list Member.Multiple characteristic points are provided on the touch control unit.The information processing unit can include: operation processing unit, described in reception Touch control unit input operation collected, and input operation is obtained on the touch control unit based on input collected operation Multiple characteristic points on touch information；Sequence determination unit, for determining that the input operates institute based on the touch information The characteristic point sequence of each characteristic point of experience；Judging unit, for judging whether the characteristic point sequence meets predetermined condition； Character determination unit, for when the characteristic point sequence meets predetermined condition, based on the characteristic point sequence it is determining with it is described Input operates corresponding input character.

The third aspect provides a kind of electronic equipment.The electronic equipment can include: touch control unit is provided with multiple features Point, for acquiring input operation；Processing unit, for obtaining input operation from input collected operation the multiple Touch information in characteristic point determines that the input operates the characteristic point of each characteristic point experienced based on the touch information Sequence, judges whether the characteristic point sequence meets predetermined condition, and when the characteristic point sequence meets predetermined condition, base Input character corresponding with the input operation is determined in the characteristic point sequence.

In conjunction with the third aspect, in a kind of implementation of the third aspect, electronic equipment may also include that fixation member, use In at least part of relative positional relationship for maintaining electronic equipment and user's body when electronic equipment is in stationary state.

In conjunction with the third aspect and its above-mentioned implementation, in another implementation of the third aspect, electronic equipment may be used also Include: display unit, the touch control unit is disposed on edge, wherein at least part of the multiple characteristic point and institute The edge for stating display unit is corresponding.

In conjunction with the third aspect and its above-mentioned implementation, in another implementation of the third aspect, electronic equipment may be used also State detector including the status information for detecting the electronic equipment.The processing unit can be according to the state-detection Two or more touch control operations are determined as input corresponding with input character and operated by device status information detected, determine difference Two or more subcharacter point sequences corresponding with described two or more touch control operations, and by described two or more subcharacters Point sequence group is combined into characteristic point sequence corresponding with the input operation.

In conjunction with the third aspect and its above-mentioned implementation, in another implementation of the third aspect, electronic equipment may be used also Including body part.The touch control unit can be at least one of the body part and the fixation member.The place Managing device can be at least one of the body part and the fixation member.The fixed cell, which can at least have, to be fixed State, and can be as at least part of an annulus or to meet the first preset condition under the stationary state Proximate annular space at least part.

In the technical solution according to the information processing method of the embodiment of the present disclosure, information processing unit and electronic equipment, It is determined and input operation pair by obtaining touch information of the input operation in multiple characteristic points on touch control unit The input character answered allows users to easily carry out character input and be not only restricted to keyboard area, improves user's Usage experience.

Detailed description of the invention

It, below will be in embodiment or description of the prior art in order to illustrate more clearly of the technical solution of the embodiment of the present disclosure Required attached drawing is briefly described, it should be apparent that, the accompanying drawings in the following description is only some realities of the disclosure Example is applied, it for those of ordinary skill in the art, without creative efforts, can also be according to these attached drawings Obtain other attached drawings.

Fig. 1 is to schematically illustrate the flow chart of the information processing method according to the embodiment of the present disclosure.

Fig. 2A illustrates the electronic equipment of the information processing method of Fig. 1 being applied to.

Fig. 2 B schematically illustrates the distribution of the characteristic point on the electronic equipment of Fig. 2A.

Fig. 3 is the first way of example of the determination characteristic point sequence in the information processing method for schematically illustrate Fig. 1 Flow chart.

Fig. 4 A schematically illustrates the natural written handwriting of alphabetical a.

Fig. 4 B schematically illustrates the characteristic point sequence of the alphabetical a determined using the first way of example in Fig. 3.

Fig. 5 is the second way of example of the determination characteristic point sequence in the information processing method for schematically illustrate Fig. 1 Flow chart.

Fig. 6 schematically illustrates the behaviour that the update input in the second way of example in Fig. 6 operates characteristic point experienced Make.

Fig. 7 A schematically illustrates the character input in the characteristic point on rectangular touch control unit.

Fig. 7 B schematically illustrates the character input in the characteristic point on circular touch unit.

Fig. 8 is to schematically illustrate the flow chart of another information processing method according to the embodiment of the present disclosure.

Fig. 9 is to schematically illustrate the block diagram of the information processing unit according to the embodiment of the present disclosure.

Figure 10 is to schematically illustrate the block diagram of the electronic equipment according to the embodiment of the present disclosure.

Figure 11 is to schematically illustrate the example that the electronic equipment of Figure 10 is embodied as to smartwatch.

Specific embodiment

Below in conjunction with the attached drawing in the embodiment of the present disclosure, the technical solution in the embodiment of the present disclosure is carried out clear, complete Site preparation description, it is clear that described embodiment is disclosure a part of the embodiment, instead of all the embodiments.

Fig. 1 is to schematically illustrate the flow chart of the information processing method 100 according to the embodiment of the present disclosure.The information processing Method 100 is typically used in the electronic equipment with touch control unit.The equipment is, for example, mobile phone, smartwatch, intelligence ring Refer to etc..The type of electronic equipment does not constitute the limitation to the embodiment of the present disclosure.

As shown in Figure 1, information processing method 100 includes: the touch control unit acquisition input operation using electronic equipment (S110)；Touch-control of the input operation in multiple characteristic points on the touch control unit is obtained based on input operation collected Information (S120)；The corresponding characteristic point sequence of each characteristic point experienced is operated with the input based on the touch information is determining It arranges (S130)；Judge whether the characteristic point sequence meets predetermined condition (S140)；Meet predetermined item in the characteristic point sequence When part, input character (S150) corresponding with the input operation is determined based on the characteristic point sequence.

In S110, when user passes through operating body when touch control unit execution character is inputted and operated, the touch control unit is adopted Collection input operation records operation trace of the input operation on touch control unit.The operation trace is in addition to including input Operation changes over time except the motion recording on touch control unit, can also include the touch-control area of operating body and touch control unit Deng.The operating body can be the finger or operating pen of user.The touch control unit can be resistance type touch control screen, capacitive sensing Formula touch screen, infrared-type touch screen and surface acoustic wave type touch screen, or the other types of touch screen occurred in the future.

It can use the input operation that a continuous touch control operation completes a character, also can use two or more Isolated touch control operation operates to complete the input an of character.The number of touch control operation used by character entering function is for example It is related to the writing style of the shape of character or user.For example, can use hammer action to be associated with two touch-control action of writing. Specifically, if successively collecting the first slide, tapping operation, the second slide these three touch control operations, by the One slide and the second slide are determined as input operation corresponding with an input character.Alternatively, it can also utilize Other instruction information replacements can use predetermined button to the hammer action to be associated with two touch control operations, or utilize electricity Two touch control operations of predetermined state information association of sub- equipment.

In S120, which is obtained based on input operation collected and operates multiple features on the touch control unit Touch information on point.In S120, touch information of the input operation in multiple characteristic points can be only obtained, rather than is obtained Touch information of the input operation on entire touch control unit, this greatly reduces information content to be processed, to simplify really Determine the processing of character input.

Fig. 2A illustrates the electronic equipment of the information processing method of Fig. 1 being applied to.Fig. 2A shows user's left hand pendant The smartwatch worn.The smartwatch is located in wrist.Touch control unit is located at the top side of the smartwatch, surface and the back of the hand It is faced on the same direction and with user, in order to which user executes input operation.In general, the touch-control area of touch control unit compared with It is small, and the finger of user is thicker.If executing nature on touch control unit to write, touch control unit may not be able to identify input behaviour The track of work.Correspondingly, character input cannot be realized on touch control unit with finger.

Fig. 2 B schematically illustrates the distribution of the characteristic point on the electronic equipment of Fig. 2A.As shown in Figure 2 B, on touch control unit Nine characteristic points are set, the upper left corner, top edge, the upper right corner, left edge, center, right hand edge, lower-left including being located at touch control unit Angle, lower edge, the characteristic point on the lower right corner.In fig. 2b, each characteristic point is shown at the upper surface of touch-control, this is only It is example.Partial Feature point can also be set on the side surface of touch control unit.

At least part of the multiple characteristic point is Edge Feature Points, to make full use of the area of the touch control unit.It is logical Often, for execution character input, display unit is arranged with being superimposed with touch control unit, and be disposed on the edge of the display unit Touch control unit.The Edge Feature Points are the characteristic points of the rim condition for the display unit that position meets electronic equipment.In Fig. 2 B Characteristic point other than being located at center can be Edge Feature Points.That is, each Edge Feature Points are located at display unit Upper surface surrounding, this is only example.Each Edge Feature Points can also be set on the side surface of display unit.Or Person, in Fig. 2 B be located at the upper left corner, the upper right corner, the lower left corner, the characteristic point on the lower right corner can be Edge Feature Points correspondingly.Institute State display unit rim condition for example can be display unit upper surface edge or be display unit side surface Edge or be display unit edge angle.

In addition, the touch control unit in Fig. 2A and Fig. 2 B is square configuration.It is other shapes in touch control unit, such as round shape When shape, other characteristic points can also be suitably set.The specific number and set-up mode of characteristic point are not constituted to disclosure reality Apply the limitation of example.In practice, it can according to need and be suitably set Edge Feature Points.

In S120, the touching in each characteristic point is operated based on the input is obtained in the input operation acquired in S110 Control information.The touch information is, for example, to input number, the sequence etc. that operate characteristic point experienced.Here, this is not obtained Touch information on the region other than each characteristic point of input operation touch control unit.

In addition, the feature of Edge Feature Points allows user to determine each Edge Feature Points by touching.In this way, user Each Edge Feature Points can be distinguished in the case where not watching electronic equipment to execute input, that is, execute blind input.Blind input So that user can snugly execution character input in the case where being not easy to input character.For example, execution character in session Input.

In S130, each characteristic point experienced is operated with the input based on the touch information obtained in S120 is determining Corresponding characteristic point sequence.The characteristic point sequence is for characterizing input operation, thus judgement input corresponding with input operation Character.

Fig. 3 is the first way of example of the determination characteristic point sequence in the information processing method for schematically illustrate Fig. 1 Flow chart.As shown in figure 3, the characteristic point sequence can be determined as follows: corresponding for each setting of the multiple characteristic point Number (S131)；The volume that the input operates contacted characteristic point is combined according to the sliding time sequence of the input operation Number (S132)；Using combined number as the characteristic point sequence (S132).It is described in Fig. 3 below with reference to Fig. 4 A and Fig. 4 B Each operation.

Fig. 4 A schematically illustrates the natural written handwriting of alphabetical a.Fig. 4 B is schematically illustrated to be shown using first in Fig. 3 The characteristic point sequence for the alphabetical a that example mode determines.

Circle in Fig. 4 A is the starting point for writing letter a.To the left according to the instruction sequence of arrow since the starting point It is write.Alphabetical a has continuously been write using one.

As shown in Figure 4 B, number 0,1,2,3,4,5,6,7,8, i.e. S131 in Fig. 3 are respectively provided with for each characteristic point. Here, Arabic numerals are set by the number of characteristic point, i.e., represents different characteristic points with different Arabic numerals.Replacement Ground can also represent different characteristic points with symbols such as zero △ of * # ◇, can also be represented not with different alphabetical a, b, c etc. Same characteristic point.

The closest starting point for writing letter a naturally of characteristic point 3 in Fig. 4 B.In figure 4b, it is write with the natural of alphabetical a Similarly, input operation successively pass through sequentially in time since the characteristic point 2 of touch control unit ing characteristic point 1,0,3,6,7,8, 5,2,5,8, so as to complete the writing of alphabetical a.Therefore, it in S132, combines the input and operates contacted characteristic point Number successively combines 1,0,3,6,7,8,5,2,5,8, being formed by combination number is 21036785258.It, will in S133 Combined number 21036785258 is used as the characteristic point sequence.In this way, the number of the characteristic point successively combined and formed Characteristic point sequence may be used for characterization input operation.

Continue by taking the writing of alphabetical a as an example, in the input operation of Fig. 4 B, natural with alphabetical a is write accordingly, user It may be inputted using weight pen in the input process of characteristic point 2,1,0,3,6,7,8 and the input process of characteristic point 2,5,8, and it is special The input process of sign point 8,5,2 may be inputted using light pen.This is because the former is two main strokes of letter, the latter is only For connecting the transition stroke of the company main stroke.In the writing process of complex characters, if it is possible to distinguish input behaviour Transition stroke in work, and only determine characteristic point sequence corresponding with the main stroke characteristic point experienced in input operation, then It can more accurately determine inputted complex characters.Moreover, the writing that the transition stroke in input process more meets user is practised It is used, therefore allow the transition stroke inputted in operation that can also improve the user experience.

Fig. 5 is the second way of example of the determination characteristic point sequence in the information processing method for schematically illustrate Fig. 1 Flow chart.As shown in figure 5, described operate each characteristic point pair experienced with the input based on the touch information is determining The characteristic point sequence answered can include: the touch parameter of the input operation, the touch parameter packet are determined based on the touch information Include at least one of touch-control pressure and touch-control area (S134)；The input operation is updated based on the touch parameter to be undergone Characteristic point (S135)；The characteristic point sequence of updated characteristic point experienced is determined as operating with the input and is undergone The corresponding characteristic point sequence of each characteristic point (S136).

In S134, at least one of touch-control pressure and touch-control area are determined according to the touch information obtained in S120, To distinguish the main stroke and transition stroke in input operation.Typically, touch-control pressure is larger or the biggish touch-control of touch-control area Operation is the main stroke in input operation；Touch-control pressure is smaller or the lesser touch control operation of touch-control area is in input operation Transition stroke.Here the size of touch-control pressure and touch-control area is in contrast, specific value can be according to user Difference and be varied.Such as the touch-control pressure of adult transition stroke is likely larger than the touch-control pressure of the main stroke of children. Pressure, area when the touch parameter can be contacted by detecting finger with touch screen are realized, can also pass through touch-control list The technologies such as the variation of the coupled capacitor in member, the variation of electric field are realized.

In S135, the input is updated based on the touch parameter and operates characteristic point experienced.Update operation can To be to remove transition stroke from touch control operation, and only retain the main stroke in touch control operation.For example, touch-control pressure is greater than Touch control operation equal to scheduled pressure value is determined as main stroke, and touch-control pressure is less than to the touch control operation of the scheduled pressure value It is determined as transition stroke.In S135, only retain each main stroke characteristic point experienced in touch control operation.With the word of Fig. 4 B For female a, the transition stroke from characteristic point 8 to 5 to 2 can be removed.

It is referred to each step in Fig. 3 and determines characteristic point sequence in S136.It specifically, is the multiple characteristic point The corresponding number (S131) of each setting；The input operation is combined according to the sliding time sequence of the input operation to be passed through The number (S132') for having updated characteristic point gone through；Using combined number as the characteristic point sequence (S133).Fig. 5's The part steps in Fig. 3 are combined in S136.In the case where the alphabetical a of Fig. 4 B, the input operation is experienced to have updated spy Sign point is characterized a little 2,1,0,3,6,7,8,2,5,8, is combined to obtain characteristic point sequence 2103678258.It is shown in fig. 5 each The sequence of a step is schematical.For example, step S131 can also be executed before step S134, S135.In addition, preparatory In the case where being provided with number for each characteristic point, the step S131 can not be executed in S130.

Fig. 6 schematically illustrates the behaviour that the update input in the second way of example in Fig. 5 operates characteristic point experienced Make.The touch control operation for inputting alphabetical h He letter Y is illustrated in Fig. 6, wherein the upper left corner of touch control unit is input operation Starting point, and show the running track of touch-control with arrow.For the alphabetical h in the left side of Fig. 6, touch-control is based in S134 Information determines the touch parameter of input operation, it can be found that passing through from characteristic point 0 by 3 to 6 touch control operation and from characteristic point 3 4,5 to 8 touch control operation has biggish pressure, is main stroke, and has lesser pressure from the touch control operation of characteristic point 6 to 3 Power is transition stroke.In S135 touch control operation corresponding with transition stroke can be deleted from input operation.Similarly, right Alphabetical Y in the right side of Fig. 6 determines the touch parameter of input operation, it can be found that from feature in S134 based on touch information Touch control operation of the point 0 by 4 to 2 and touch control operation from characteristic point 4 to 7 have biggish pressure, are main strokes, and from feature The touch control operation of point 2 to 4 has lesser pressure, is transition stroke.It can deletion and transition from input operation in S135 The corresponding touch control operation of stroke.

It is more acurrate and simplifying the stroke in input operation in the mode of determination characteristic point sequence shown in Fig. 5 Ground determines inputted complex characters, and is improved the user experience by allowing to input the transition stroke in operating.In area When dividing main stroke and transition stroke, the touch parameter that can be based only in characteristic point is distinguished.

After characteristic point sequence has been determined in S130, judge whether the characteristic point sequence meets predetermined item in S140 Part, and when the characteristic point sequence meets predetermined condition, in S150 based on the characteristic point sequence it is determining with it is described defeated Enter to operate corresponding input character.

In the case where the characteristic point on touch control unit includes Edge Feature Points, the determination spy can be passed through in S140 Whether the fisrt feature point levied in point sequence is one of described Edge Feature Points to judge it is pre- whether the characteristic point sequence meets Fixed condition.During executing input operation, such as the operating body of finger is likely to occur maloperation or performs unintentionally Touch control operation.The touch control operation executed intentionally and the touch control operation unintentionally executed can be distinguished using the S140, thus Avoid the character recognition of mistake.In this way, when the fisrt feature point of the characteristic point sequence is Edge Feature Points a period of time, i.e., it is described Characteristic point sequence meets predetermined condition, determines input character corresponding with the input operation based on the characteristic point sequence.Institute Stating Edge Feature Points can be the characteristic point on each angle of touch control unit.This is because each angle is located proximate to side Edge, the probability touched unintentionally is small, and is easy to be positioned by finger, thus accurately starting input operation.In figure 4b, may be used Using by characteristic point 0,2,6,8 as Edge Feature Points.If touch control unit does not have angle, such as when touch control unit is round, can Edge Feature Points are set as with the characteristic point on the specific position by touch control unit.

Fig. 7 A schematically illustrates the character input in the characteristic point on rectangular touch control unit.It shows and is used in Fig. 7 A The touch control operation of 26 letter and number 0-8 is inputted, soft dot therein shows the starting point of each letter or number. It is substantially distributed on four angles of touch control unit according to the starting point that Fig. 7 A can be seen that each input operation.It therefore, can be with Characteristic point Edge Feature Points being arranged on the angle of touch control unit.In S140, when the fisrt feature of characteristic point sequence When point is one in characteristic point 0,2,6,8, determine that the characteristic point sequence meets predetermined condition.

Fig. 7 B schematically illustrates the character input in the characteristic point on circular touch unit.It shows and is used in Fig. 7 B The touch control operation of 26 letter and number 0-8 is inputted, soft dot therein shows the starting point of each letter or number. It can be seen that the starting point of each input operation throughout the edge of touch control unit according to Fig. 7 B.For the ease of in input operation It determines Edge Feature Points, so that the characteristic point sequence meets predetermined condition, can be set on the Edge Feature Points of touch control unit Set protrusion or mark.

Characteristic point sequence is determined in S140 when meeting predetermined condition, determined in S150 based on the characteristic point sequence and The input operates corresponding input character.It can preset between predetermined character and predetermined sequence number in the electronic device Corresponding relationship.For example, in the distribution of the characteristic point shown in Fig. 4 B and characteristic point number, it is corresponding with alphabetical a, b, c predetermined Sequence number is 2103678258,0360125876,2103678 respectively, is deleted in input operation in these predetermined sequence numbers Characteristic point in transition stroke.Further, it is also possible to predetermined character is corresponding with two or more predetermined sequence numbers, for example, can With alphabetical a is corresponding with both predetermined sequence number 2103678258 and predetermined sequence number 21036785258, the latter inputs operation packet Include predetermined sequence number corresponding with input operation characteristic point experienced when transition stroke.In this way, when characteristic point sequence is When any one in 2103678258 and 21036785258, all determine that character corresponding with input operation is letter a.

In addition, being not considered as that the input operation is to want when the characteristic point sequence described in S140 is unsatisfactory for predetermined condition Input character.At this point it is possible to not execute any response to input operation, or can be determined based on the characteristic point sequence Control instruction corresponding with the input operation (shown in S160 as shown in figure 1).For example, working as the fisrt feature point of characteristic point sequence When being the characteristic point 4 in Fig. 4 B, that is, the starting point for inputting operation is the center of touch control unit, and user may input return, really Recognize.Typically, when the characteristic point sequence determined in S130 is 43, it can determine that corresponding with operation is inputted is to lower one page Page-turning instruction；When the characteristic point sequence determined in S130 is 45, it can determine that corresponding with operation is inputted is to page up Page-turning instruction；When the characteristic point sequence determined in S130 is 4, it can determine that corresponding with operation is inputted is confirmation instruction.

In the technical solution according to the above- mentioned information processing method 100 of the embodiment of the present disclosure, by obtaining input behaviour Make the touch information in multiple characteristic points on touch control unit to determine input character corresponding with the input operation, makes Obtaining user easily can carry out character input and be not only restricted to keyboard area, improve the usage experience of user.

Fig. 8 is to schematically illustrate the flow chart of another information processing method 800 according to the embodiment of the present disclosure.In Fig. 8 In, it adopts and the step identical as Fig. 1 is denoted by the same reference numerals.Step S120, S140, S150 and S160 in Fig. 8 with It is identical in Fig. 1, and above description can be referred to.Fig. 8 the difference from Fig. 1 is that S110 and S130 realization.

In fig. 8, input operation, i.e. step S110 in realization Fig. 1 are acquired using S111 and S112；And it utilizes S137 and S138 determines and inputs the corresponding characteristic point sequence of operation each characteristic point experienced.By S111 and S112, Two or more touch control operations are determined as input corresponding with input character to operate.Described two or more touch control operations are for example Corresponding to two or more strokes input in input operation, this is typically used in discontinuous character input.Character input The number of touch control operation used by operating can be related to the writing style of the shape of character or user.

In S111, after input operation starts, the state of the electronic equipment is detected using the state detector Information.The status information can be the attitudes vibration of electronic equipment, be also possible to the specific action that electronic equipment is subjected to, such as strike Hit movement.It can also be any other status information.Depending on the type of the status information, can be arranged in the electronic device Suitable state detector is detected.For example, can use gravity sensor to detect the attitudes vibration of electronic equipment；It can be with The hammer action for electronic equipment is detected with pressure sensor.

In S112, two or more touch control operations are determined as and the input character based on status information detected Corresponding input operation.In the case where being associated with two touch control operations using hammer action, if it is sliding successively to collect first Dynamic operation, tapping operation, the second slide these three touch control operations, then can be by the first slide and the second slide It is determined as input operation corresponding with an input character.It is acted in the shake using electronic equipment to be associated with two touch control operations In the case where, if the shake movement of electronic equipment is detected between two touch control operations of electronic equipment, by the two Touch control operation is determined as input operation corresponding with an input character.Alternatively, two can also be associated with using predetermined button A touch control operation operates so that two or more touch control operations are determined as input corresponding with some input character.For example, after Continue by taking the input of the alphabetical a in Fig. 4 B as an example, input operation corresponding with character a may include the stroke in addition to transition stroke.

After input operation corresponding with some input character has been determined in S112, based on collected defeated in S120 Enter operation and obtains touch information of the input operation in multiple characteristic points on the touch control unit.

It, can be by operating the corresponding feature of determining each characteristic point experienced with input operation as follows in S130 Point sequence: two or more subcharacter point sequences (S137) corresponding with described two or more touch control operations respectively are determined；With Described two or more subcharacter point sequence groups are combined into feature corresponding with input operation each characteristic point experienced Point sequence (S138).Continue by taking the input of the alphabetical a in Fig. 4 B as an example, determining two main strokes pair with letter a in S137 The subcharacter point sequence answered is respectively 2103678 and 258, can be combined into two characteristic point sequence groups in S138 2103678258.In the combination operation of S138, directly each subcharacter point sequence can be cascaded, it can also be special in each height The concatenation character of such as "-", " * " is set between sign point sequence.

After S138, the step S140 and S150 as described in conjunction with Fig. 1 can be executed, is operated with determining with the input Corresponding input character.Or S160 is executed, to determine control instruction.

Using the information processing method for combining Fig. 8 description, even if even including two in the input operation of a character More touch control operations can also identify the input operation corresponding with specific character, this makes the technical solution of the disclosure It can be suitable for the complex characters including multiple strokes to input.

Fig. 9 is to schematically illustrate the block diagram of the information processing unit 900 according to the embodiment of the present disclosure.The information processing apparatus It sets 900 and is applied to an electronic equipment.The electronic equipment may include touch control unit.Multiple characteristic points are provided on the touch control unit. When user passes through operating body when touch control unit execution character is inputted and operated, the touch control unit acquisition input is operated, that is, records Operation trace of the input operation on touch control unit.The operating body can be the finger or operating pen of user.The touching Control unit can be resistance type touch control screen, capacitor induction type touch screen, infrared-type touch screen and surface acoustic wave type touch screen, The other types of touch screen either occurred in the future.

About the characteristic point distribution on the touch control unit in smartwatch, the diagram of Fig. 2A to Fig. 2 B and related may refer to Description.That is, nine characteristic points are arranged on touch control unit, including be located at the upper left corner of touch control unit, top edge, the upper right corner, Left edge, center, right hand edge, the lower left corner, lower edge, the characteristic point on the lower right corner.Also, Partial Feature point can also be set to On the side surface of touch control unit.Touch control unit in Fig. 2A and Fig. 2 B is square configuration.It is other shapes in touch control unit, such as When circular shape, other characteristic points can also be suitably set.The specific number and set-up mode of characteristic point are not constituted to this The limitation of open embodiment.

In general, display unit, and the side of the display unit are arranged for execution character input with being superimposed with touch control unit Touch control unit is disposed on edge.In practice, can according to need can set side at least part of multiple characteristic points Edge characteristic point, to make full use of the area of the touch control unit.The Edge Feature Points are the display units that position meets electronic equipment Rim condition characteristic point.The rim condition can be the surrounding of the upper surface of display unit, or can be display list On the side surface of member, or it can also be the angle of touch control unit.Correspondingly, the Edge Feature Points are the upper surfaces of display unit Surrounding on characteristic point, display unit side surface on characteristic point or touch control unit angle on characteristic point.

The feature of Edge Feature Points allows user to determine each Edge Feature Points by touching.In this way, user can be with Each Edge Feature Points are distinguished in the case where not watching electronic equipment to execute input, that is, executes blind input.It is blind input so that User can snugly execution character input in the case where being not easy to input character.For example, execution character input in session.

As shown in figure 9, the information processing unit can include: operation processing unit 910 receives the touch control unit and adopted The input of collection operates, and obtains the input based on input operation collected and operate multiple characteristic points on the touch control unit On touch information；Sequence determination unit 920, for determining that the input operation is experienced each based on the touch information The characteristic point sequence of characteristic point；Judging unit 930, for judging whether the characteristic point sequence meets predetermined condition；Character is true Order member 940, for being determined and the input based on the characteristic point sequence when the characteristic point sequence meets predetermined condition Operate corresponding input character.

Operation processing unit 910 is operated based on input collected obtains input operation in the multiple characteristic point Touch information.Operation processing unit 910 can only obtain touch information of the input operation in multiple characteristic points, rather than obtain Touch information of the input operation on entire touch control unit, this greatly reduces information content to be processed, to simplify really Determine the processing of character input.The touch information is, for example, to input number, the sequence etc. that operate characteristic point experienced.Here, The touch information on the region other than each characteristic point of input operation touch control unit is not obtained.

Sequence determination unit 920 is determined based on touch information acquired in operation processing unit 910 to be grasped with the input Make the corresponding characteristic point sequence of each characteristic point experienced.The characteristic point sequence is for characterizing input operation, to judge Input character corresponding with input operation.

As an example, sequence determines single in the case where each of the multiple characteristic point is equipped with corresponding number Member 920 can pass through following operating characteristics point sequence: combining the input according to the sliding time sequence of the input operation and operate The number of the characteristic point contacted, and using combined number as the characteristic point sequence.For letter a shown in Fig. 4 A Natural written handwriting, the characteristic point shown in Fig. 4 B distribution in determine letter a characteristic point sequence.As shown in Figure 4 B, input behaviour Make successively to pass through characteristic point 1,0,3,6,7,8,5,2,5,8 sequentially in time since the characteristic point 2 of touch control unit, thus complete At the writing of alphabetical a.Therefore, sequence determination unit 920 combines the number that the input operates contacted characteristic point, i.e., according to Secondary combination 1,0,3,6,7,8,5,2,5,8, to obtain number 21036785258, and combined number 21036785258 is made For the characteristic point sequence.In this way, the number of the characteristic point successively combined and the characteristic point sequence that is formed may be used for characterizing Input operation.

Natural with alphabetical a is write accordingly, input process and characteristic point of the user in characteristic point 2,1,0,3,6,7,8 2,5,8 input process may be using weight pen input, and the input process of characteristic point 8,5,2 may be inputted using light pen.This is Because the former is two main strokes of letter, the latter is only used for connecting the transition stroke of the company main stroke.In complexity In the writing process of character, if it is possible to distinguish the transition stroke in input operation, and only determine and the master in input operation The corresponding characteristic point sequence of stroke characteristic point experienced then can more accurately determine inputted complex characters.Moreover, defeated Transition stroke during entering more meets the writing style of user, therefore allows the transition stroke inputted in operation that can also improve use Family usage experience.

In order to distinguish main stroke and transition stroke, the operation processing unit 910 can be determined based on the touch information The touch parameter of the input operation, which includes at least one of touch-control pressure and touch-control area.Typically, it touches Governor pressure is larger or the biggish touch control operation of touch-control area is the main stroke inputted in operation；Touch-control pressure is smaller or touch-control The lesser touch control operation of area is the transition stroke in input operation.When distinguishing main stroke and transition stroke, operation processing list The touch parameter that member 910 can be based only in characteristic point distinguishes.Similarly, operation processing unit 910 can also determine Main stroke and transition stroke in other character entering functions, specifically may refer to Fig. 6 to Fig. 7 A, Fig. 7 B diagram and related retouch It states.Here the size of touch-control pressure and touch-control area is in contrast, specific value can be according to the difference of user And it is varied.Such as the touch-control pressure of adult transition stroke is likely larger than the touch-control pressure of the main stroke of children.The touching Pressure, area when control parameter can be contacted by detecting finger with touch screen realizes, can also by touch control unit The technologies such as the variation of coupled capacitor, the variation of electric field are realized.

Based on the determined touch parameter of operation processing unit 910, sequence determination unit 920 can update the input operation Characteristic point experienced, and the characteristic point sequence of updated institute's experience marks point is determined as operating with the input and is undergone The corresponding characteristic point sequence of each characteristic point, thus only determine with input operate in main stroke characteristic point experienced it is corresponding Characteristic point sequence.The update operation of sequence determination unit 920 can be the removal transition stroke from touch control operation, and only protect Stay the main stroke in touch control operation.For example, the touch control operation that touch-control pressure is more than or equal to scheduled pressure value is determined as main stroke, And the touch control operation that touch-control pressure is less than the scheduled pressure value is determined as transition stroke.Specifically, institute is shown in Fig. 4 B In the case where the corresponding number of each setting for stating multiple characteristic points, sequence determination unit 920 can be operated according to the input Sliding time sequence combine the input operation number experienced for having updated characteristic point, and using combined number as The characteristic point sequence.In the case where the alphabetical a of Fig. 4 B, sequence determination unit 920 can determine that updated characteristic point is Characteristic point 2,1,0,3,6,7,8,2,5,8 is combined to obtain characteristic point sequence 2103678258.

After sequence determination unit 920 has determined characteristic point sequence, judging unit 930 judges that the characteristic point sequence is It is no to meet predetermined condition.If the characteristic point sequence meets predetermined condition, character determination unit 940 is based on the characteristic point sequence Column determine input character corresponding with the input operation.

In the case where the characteristic point on touch control unit includes Edge Feature Points, judging unit 930 can be by determining institute State whether the fisrt feature point in characteristic point sequence is one of described Edge Feature Points to judge whether the characteristic point sequence is full Sufficient predetermined condition.During executing input operation, such as the operating body of finger is likely to occur maloperation or holds unintentionally Touch control operation is gone.Judging unit 930 can distinguish the touch control operation executed intentionally and the touch control operation unintentionally executed, To avoid the character recognition of mistake.In this way, when the fisrt feature point of the characteristic point sequence is Edge Feature Points a period of time, i.e., The characteristic point sequence meets predetermined condition, and character determination unit 940 is grasped based on the characteristic point sequence is determining with the input Make corresponding input character.The Edge Feature Points can be the feature on each angle of touch control unit as shown in Figure 7 A Point.This is because each angle is located proximate to edge, the probability touched unintentionally is small, and is easy to be positioned by finger, thus Accurately starting input operation.If touch control unit does not have an angle, such as when touch control unit as shown in Figure 7 B is round, can will touch The characteristic point controlled on the specific position of unit is set as Edge Feature Points.For the ease of determining edge feature in input operation Protrusion or mark can be arranged so that the characteristic point sequence meets predetermined condition in point on the Edge Feature Points of touch control unit.

If it is determined that unit 930 determines that characteristic point sequence meets predetermined condition, character determination unit 940 is determined based on sequence Characteristic point sequence determined by unit 920 determines input character corresponding with the input operation.Character determination unit 940 can be with Input character is determined based on the corresponding relationship in the electronic device between pre-set predetermined character and predetermined sequence number.Example Such as, in the distribution of the characteristic point shown in Fig. 4 B and characteristic point number, predetermined sequence number corresponding with alphabetical a, b, c can divide It is not 2103678258,0360125876,2103678, the transition stroke in input operation is deleted in these predetermined sequence numbers In characteristic point.In addition, in the corresponding relationship, it can also be by predetermined character and two or more predetermined sequence numbers pair It answers.For example, can be by alphabetical a and corresponding, the latter of both predetermined sequence number 2103678258 and predetermined sequence number 21036785258 Input operation predetermined sequence number corresponding with input operation characteristic point experienced when including transition stroke.In this way, working as characteristic point When sequence is any one in 2103678258 and 21036785258, character determination unit 940 all determines corresponding with input operation Character be letter a.

If it is determined that unit 930 determines that characteristic point sequence is unsatisfactory for predetermined condition, it is not considered as that the input operation is to want defeated Enter character.At this point it is possible to which command unit is arranged in information processing unit, which is determined based on the characteristic point sequence Control instruction corresponding with the input operation.For example, when the fisrt feature point of characteristic point sequence is the characteristic point 4 in Fig. 4 B When, that is, the starting point for inputting operation is the center of touch control unit, and command unit, which can operate the input to be determined as returning, to be referred to It enables or confirmation instructs.Typically, if characteristic point sequence determined by sequence determination unit 920 is 43, command unit can be true It is fixed it is corresponding with operation is inputted be page-turning instruction to lower one page；If characteristic point sequence determined by sequence determination unit 920 It is 45, command unit can determine that corresponding with operation is inputted is the page-turning instruction to page up；If sequence determination unit 920 Identified characteristic point sequence is 4, and command unit can determine that corresponding with operation is inputted is confirmation instruction.In information processing apparatus Command unit can be not provided in setting.For example, if it is determined that unit 930 determines that characteristic point sequence is unsatisfactory for predetermined condition, information Processing unit can not make any response.

In addition, in the case where the input for also being completed a character using the touch control operation of two or more separation is operated, Electronic equipment may also include the state detector of the status information for detecting the electronic equipment, the operation processing unit 910 can detect the status information of the electronic equipment for two using the state detector after input operation starts Or more touch control operation be determined as corresponding with input character input operation, and then obtain input operation in feature Touch information on point.Correspondingly, sequence determination unit 920 can determine corresponding with described two or more touch control operations respectively Two or more subcharacter point sequences；Institute is operated with the input with being combined into described two or more subcharacter point sequence groups The corresponding characteristic point sequence of each characteristic point of experience.In this case, operation processing unit 910 and sequence determination unit Operation performed by 920 may refer to the description for combining Fig. 8 to carry out.

Described two or more touch control operations for example can correspond to two or more strokes input in input operation, this allusion quotation It is applied to discontinuous character input to type.The number of touch control operation used by character entering function can be with the shape of character Or the writing style of user is related.State detector status information detected can be the attitudes vibration of electronic equipment, can also To be specific action that electronic equipment is subjected to, such as hammer action, any other status information can also be.Depending on the shape The type of state information, the state detector can be gravity sensor, pressure sensor etc..It is associated with using hammer action In the case where two touch control operations, if sliding in touch control unit the first slide collected and second by state detector Tapping operation is detected between dynamic operation, then operation processing unit 910 can be true by the first slide and the second slide It is set to input operation corresponding with an input character.It is acted in the shake using electronic equipment to be associated with two touch control operations In situation, if detecting trembling for electronic equipment between touch control unit two touch control operations collected by state detector Movement, then the two touch control operations can be determined as input behaviour corresponding with an input character by operation processing unit 910 Make.

In the application, above- mentioned information processing unit 900 can be embodied as memory and processor.The memory is for depositing Store up program code.The processor is for executing said program code to realize the function of each unit of information processing unit.Institute Stating memory may include at least one of read-only memory and random access memory, and provide instruction sum number to processor According to.The a part of of memory can also include non-volatile row random access memory (NVRAM).Processor can be general procedure Device, digital signal processor (DSP), specific integrated circuit (ASIC), ready-made programmable gate array (FPGA) or other can compile Journey logical device, discrete gate or transistor logic, discrete hardware components.General processor can be microprocessor or Any conventional processor etc..

In the technical solution according to the above- mentioned information processing unit 900 of the embodiment of the present disclosure, by obtaining input behaviour Make the touch information in multiple characteristic points on touch control unit to determine input character corresponding with the input operation, so that User easily can carry out character input and be not only restricted to keyboard area, improve the usage experience of user.Moreover, using upper Information processing unit is stated, even if even include two more touch control operations in the input operation of a character, it can also distinguish The input operation corresponding with specific character out, this enables the technical solution of the disclosure to be suitable for including multiple strokes Complex characters input.

Figure 10 is to schematically illustrate the block diagram of the electronic equipment 1000 according to the embodiment of the present disclosure.The equipment is, for example, Mobile phone, smartwatch, intelligent ring etc..The type of electronic equipment does not constitute the limitation to the embodiment of the present disclosure.

As shown in Figure 10, the electronic equipment includes: touch control unit 1010, is provided with multiple characteristic points, defeated for acquiring Enter operation；Processing unit 1020, for obtaining input operation from input collected operation in the multiple characteristic point Touch information, determine that the input operates the characteristic point sequence of each characteristic point experienced based on the touch information, sentence Whether the characteristic point sequence of breaking meets predetermined condition, and when the characteristic point sequence meets predetermined condition, based on described Characteristic point sequence determines input character corresponding with the input operation.

Touch control unit 1010 acquires user and is operated by the input that operating body executes.The operating body can be the hand of user Finger or operating pen.The touch control unit can be resistance type touch control screen, capacitor induction type touch screen, infrared-type touch screen and Surface acoustic wave type touch screen, or the other types of touch screen occurred in the future.Each characteristic point can be located at touch control unit 1010 different zones occupy different areas.About the characteristic point distribution on the touch control unit in smartwatch, may refer to The diagram of Fig. 2A and Fig. 2 B and relevant description.Touch control unit in Fig. 2A and Fig. 2 B is square configuration.It is it in touch control unit Its shape, such as when circular shape, other characteristic points can also be suitably set.The specific number and set-up mode of characteristic point The limitation to the embodiment of the present disclosure is not constituted.

Operation performed by processing unit 1020 corresponds to the operation of the information processing unit 900 in Fig. 9, and may refer to The diagram of Fig. 9 and relevant description.

For execution character input, display unit usually is arranged with being superimposed with touch control unit 1010, as shown in figure 11.And Touch control unit 1010 is disposed on the edge of the display unit.That is, the overlay area of the touch control unit 1010 is greater than institute State the overlay area of display unit, and the overlay area including the display unit.At least part of the multiple characteristic point with The edge of the display unit is corresponding.For example, the Edge Feature Points in multiple characteristic points on touch control unit 1010 can be located at The surrounding of the upper surface of display unit may be located on the side of display unit.The feature of Edge Feature Points makes user can be with Each Edge Feature Points are determined by touching.In this way, user can distinguish each edge in the case where not watching electronic equipment Characteristic point executes blind input to execute input.Blind input is so that user can be hidden in the case where being not easy to input character The input of ground execution character.For example, execution character input in session.

Figure 11 is to schematically illustrate the example that the electronic equipment of Figure 10 is embodied as to smartwatch.As shown in figure 11, electric Sub- equipment can also include fixation member other than including touch control unit 1010, processing unit 1020 and display unit 1030 At least one of 10 and body part.

The fixation member 10 is used to maintain electronic equipment and user's body extremely when electronic equipment is in stationary state At least part of relative positional relationship.In Figure 11, the fixation member is watchband, and body part is dial plate.In electronic equipment In the case where being intelligent ring, the fixation member is finger ring, and the body part is edge seat.It is intelligent eyes in electronic equipment In the case where, the fixation member is temple, and the body part is lens hanger.

In the electronic equipment shown in Figure 11, fixation member 10 can be connect with the opposite end of body part 20, so that Fixation member 10 is ring-type/proximate annular space a part.Specifically, fixation member 10 can be two parts, either One entirety.Alternatively, the fixation member 10 in Figure 11 may be constructed ring-type/proximate annular space in itself, and body part 20 is set It sets on fixation member outer surface, and is connect with 10 face of fixation member.

The touch control unit 1010 can be at least one of the body part 20 and the fixation member 10.Allusion quotation Type, the touch control unit 1010 is located in the body part 20.The processing unit 1020 can be located at the body part With the fixation member at least one in.Typically, the processing unit 1020 can be located in fixation member 10.

The fixation member 10 at least has stationary state, and an annulus can be used as under the stationary state At least part or for meet the first preset condition proximate annular space at least part.

Proximate annular space the first preset condition of satisfaction also refers to proximate annular and means can there is opening.But It is that the opening cannot be excessive, needs to be less than the bore of column.Proximate annular space is different from cylindrical space, bore table Show " diameter " of a variety of different lengths.In the case where electronic equipment is smartwatch, the opening is less than the wrist of user Bore.In the case where electronic equipment is intelligent medium, the opening is less than the bore of the finger of user.

In addition, the annulus or the proximate annular space can relatively fixed (or surrounding) it is default in satisfaction second The column periphery of condition.The bore that the column meets a part that the second predetermined condition can be the column is less than The bore of (approximation) annulus.The bore equally indicates " diameter " of a variety of different lengths.In order to make at fixation member In stationary state, the bore at the both ends of column is greater than the bore in the annulus or proximate annular space, and column The bore of centre be less than the bore in the annulus or proximate annular space, smartwatch is typically worn on use by this The case where wrist at family.

The fixation member 10 can also have transitory state other than with stationary state.For example, in Figure 11 institute In the case where the smartwatch shown, when the watchband as fixation member watch buckle open when, smartwatch relative to wrist no longer In stationary state.

In addition, the electronic equipment of Figure 10 further includes the state detector for detecting the status information of the electronic equipment. Two or more touch control operations are determined as by the processing unit 1020 according to state detector status information detected It is operated with the corresponding input of input character, determines two or more sons spies corresponding with described two or more touch control operations respectively Point sequence is levied, and described two or more subcharacter point sequence groups are combined into characteristic point sequence corresponding with the input operation. Even in this way, can also be identified described and special even if including two more touch control operations in the input operation of a character The corresponding input operation of character is determined, so that relative complex character can be inputted in the electronic device.

Those of ordinary skill in the art may be aware that list described in conjunction with the examples disclosed in the embodiments of the present disclosure Member and algorithm steps can be realized with the combination of electronic hardware or computer software and electronic hardware.These functions are actually It is implemented in hardware or software, the specific application and design constraint depending on technical solution.Professional technician Each specific application can be used different methods to achieve the described function, but this realization is it is not considered that exceed Scope of the present application.

It is apparent to those skilled in the art that for convenience and simplicity of description, the information of foregoing description The concrete operations of processing unit and electronic equipment, can be with reference to the corresponding description of each step in embodiment of the method.

In several embodiments provided herein, it should be understood that disclosed device and method can pass through it Its mode is realized.For example, the apparatus embodiments described above are merely exemplary, for example, the division of the unit, only Only a kind of logical function partition, there may be another division manner in actual implementation, such as multiple units or components can be tied Another equipment is closed or is desirably integrated into, or some features can be ignored or not executed.

The unit as illustrated by the separation member may or may not be physically separated, aobvious as unit The component shown may or may not be physical unit.It can select according to the actual needs therein some or all of Unit achieves the purpose of the solution of this embodiment.

The above, the only specific embodiment of the application, but the protection scope of the application is not limited thereto, it is any Those familiar with the art within the technical scope of the present application, can easily think of the change or the replacement, and should all contain Lid is within the scope of protection of this application.Therefore, the protection scope of the application shall be subject to the protection scope of the claim.

Claims

1. a kind of information processing method, comprising:

Utilize the touch control unit acquisition input operation of electronic equipment；

Touch-control letter of the input operation in multiple characteristic points on the touch control unit is obtained based on input operation collected Breath；

The corresponding characteristic point sequence of each characteristic point experienced is operated with the input based on the touch information is determining；

The touch parameter of the input operation is determined based on the touch information, and the feature is updated based on the touch parameter Point sequence, wherein the touch parameter includes at least one of touch-control area and touch-control pressure；

Judge whether the characteristic point sequence meets predetermined condition；And

It is corresponding with the input operation based on characteristic point sequence determination when the characteristic point sequence meets predetermined condition One input character.

2. information processing method according to claim 1, wherein at least part of the multiple characteristic point is edge feature Point, the Edge Feature Points are the characteristic point of the rim condition for the display unit that position meets electronic equipment, the side of the display unit The touch control unit is disposed on edge.

3. information processing method according to claim 2, wherein described to judge whether the characteristic point sequence meets predetermined condition Comprise determining that whether the fisrt feature point in the characteristic point sequence is one of described Edge Feature Points,

Wherein, when the fisrt feature point be the Edge Feature Points for the moment, determine that the characteristic point sequence meets predetermined item Part.

4. information processing method according to claim 3, further includes:

It is corresponding with the input operation based on characteristic point sequence determination when the characteristic point sequence is unsatisfactory for predetermined condition Control instruction.

5. information processing method according to claim 1, wherein described to determine that the input operates institute based on the touch information The characteristic point sequence of each characteristic point of experience includes:

For the corresponding number of each setting of the multiple characteristic point；

The number that the input operates contacted characteristic point is combined according to the sliding time sequence of the input operation；

Using combined number as the characteristic point sequence.

6. information processing method according to claim 1, wherein described to update the characteristic point sequence based on the touch parameter Include:

The input, which is updated, based on the touch parameter operates characteristic point experienced；And

The characteristic point sequence of updated characteristic point experienced is determined as to operate each feature experienced with the input The corresponding characteristic point sequence of point.

7. a kind of information processing method, comprising:

It is corresponding with the input operation based on characteristic point sequence determination when the characteristic point sequence meets predetermined condition One input character；

Wherein, after input operation starts, the status information of the electronic equipment is detected using state detector；

Two or more touch control operations are determined as input corresponding with the input character based on status information detected to grasp Make,

It is described to determine that the characteristic point sequence for inputting operation each characteristic point experienced includes: based on the touch information

Determine two or more subcharacter point sequences corresponding with described two or more touch control operations respectively；With

Described two or more subcharacter point sequence groups are combined into corresponding with input operation each characteristic point experienced Characteristic point sequence.

8. a kind of information processing unit is applied to an electronic equipment, which includes touch control unit, is set on the touch control unit Multiple characteristic points are equipped with, the information processing unit includes:

Operation processing unit is received touch control unit input operation collected, and is obtained based on input collected operation Touch information of the input operation in multiple characteristic points on the touch control unit；

Sequence determination unit, for determining that the input operates the feature of each characteristic point experienced based on the touch information Point sequence；

Sequence updating unit for determining the touch parameter of the input operation based on the touch information, and is based on the touching It controls parameter and updates the characteristic point sequence, wherein the touch parameter includes at least one of touch-control area and touch-control pressure；

Judging unit, for judging whether the characteristic point sequence meets predetermined condition；And

Character determination unit, for when the characteristic point sequence meets predetermined condition, based on the characteristic point sequence determine with The input operates corresponding input character.

9. a kind of electronic equipment, comprising:

Touch control unit is provided with multiple characteristic points, for acquiring input operation；And

Processing unit is used for:

The input, which is obtained, from input operation collected operates the touch information in the multiple characteristic point；

Determine that the input operates the characteristic point sequence of each characteristic point experienced based on the touch information；

The touch parameter of the input operation is determined based on the touch information, and the feature is updated based on the touch parameter Point sequence, wherein the touch parameter includes at least one of touch-control area and touch-control pressure；And

Judge whether the characteristic point sequence meets predetermined condition, and when the characteristic point sequence meets predetermined condition, base Input character corresponding with the input operation is determined in the characteristic point sequence.

10. electronic equipment according to claim 9, further includes:

Fixation member, for maintaining at least part of electronic equipment and user's body when electronic equipment is in stationary state Relative positional relationship.

11. electronic equipment according to claim 9, further includes: display unit is disposed with the touch control unit on edge,

Wherein, at least part of the multiple characteristic point is corresponding with the edge of the display unit.

12. electronic equipment according to claim 9 further includes the state-detection for detecting the status information of the electronic equipment Device,

Two or more touch control operations are determined as by the processing unit according to state detector status information detected It is operated with the corresponding input of input character, determines two or more sons spies corresponding with described two or more touch control operations respectively Point sequence is levied, and described two or more subcharacter point sequence groups are combined into characteristic point sequence corresponding with the input operation.

13. electronic equipment according to claim 10 further includes body part,

The touch control unit is located at least one of the body part and the fixation member,

The processing unit is located at least one of the body part and the fixation member,

The fixed cell at least has stationary state, and can be as an annulus at least under the stationary state A part or at least part in the proximate annular space for the first preset condition of satisfaction.