CN103744604A

CN103744604A - Information processing method and electronic device

Info

Publication number: CN103744604A
Application number: CN201410005131.9A
Authority: CN
Inventors: 叶雪明
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2014-01-06
Filing date: 2014-01-06
Publication date: 2014-04-23
Anticipated expiration: 2034-01-06
Also published as: CN103744604B

Abstract

The invention provides an information processing method and an electronic device and aims to solve the technical problem that state mode switching of electronic devices in prior art can be achieved merely through hardware buttons, and thereby, the technical effect of finishing state mode switching of the electronic device through a touch function can be achieved. The method includes that when the electronic device is in a first state mode, a first touch area of a first operating body in a contact area of a touch display unit is obtained; whether the first touch area is larger than a first threshold value or not is determined so as to obtain a first determined result; when the first determined result shows that the first touch area is larger than the first threshold value, the electronic device is controlled to be in a second state mode which is different from the first state mode. The electronic device is used for implementing the information processing method.

Description

A kind of information processing method and electronic equipment

Technical field

The present invention relates to electronic technology field, relate in particular to a kind of information processing method and electronic equipment.

Background technology

Along with the development of touch technology, increasing touch control device has entered people's life, such as, smart mobile phone, panel computer, notebook computer etc., touch technology is very easy to people's operation and controls electronic equipment.

In prior art, the touch controllable function of electronic equipment is very abundant, as moving icon, expand or dwindle picture and chosen target etc., to the operation major part of electronic equipment, can realize by touch-control.

But in the process of present inventor's invention technical scheme in realizing the embodiment of the present application, find that above-mentioned technology at least exists following technical matters:

When electronic equipment is during in sleep pattern, make electronic equipment be switched to the standby mode after screen locking pattern or release, or electronic equipment is when standby or mode of operation, make equipment be switched to screen locking pattern or sleep pattern, electronic equipment of the prior art needs user to press or clicks the action button of hardware, and conventional is entree singly-bound or power key.That is to say, in prior art, the state model of electronic equipment switches and can only realize by hardware button, cannot utilize touch-control to complete, and makes the hardware button lost of life.So in the prior art, state of electronic equipment pattern is switched the technical matters that can only realize by hardware button.

Summary of the invention

The invention provides a kind of information processing method and electronic equipment, in order to solve in the prior art, exist state of electronic equipment pattern to switch the technical matters that can only realize by hardware button, realized by touch controllable function and completed the technique effect that state of electronic equipment pattern is switched.

On the one hand, the application provides two kinds of information processing methods, is applied to an electronic equipment, and described electronic equipment comprises a touch-display unit, and the first information processing method comprises:

When described electronic equipment is during in the first state model, detect and obtain the first touch control operation that the first operating body carries out in described touch-display unit;

Obtain described the first operating body at the first touch-control area of the contact area of described touch-display unit;

Judge whether described the first touch-control area is greater than first threshold, obtain the first judged result;

When described the first judged result shows that described the first touch-control area is greater than described first threshold, control described electronic equipment in second state model different from described the first state model.

Optionally, described when described the first judged result shows that described the first touch-control area is greater than described first threshold, control described electronic equipment in second state model different from described the first state model, specifically comprise:

When described the first judged result shows that described the first touch-control area is greater than described first threshold, to application layer, send sign described first and judgment result is that the first zone bit that is;

Described touch-display unit receives the first instruction that described application layer sends according to described the first zone bit;

Described touch-display unit is carried out described the first instruction, controls described electronic equipment in described the second state model.

Optionally, in described touch-display unit, carry out described the first instruction, control described electronic equipment after described the second state model, described method also comprises:

Described application layer to described application layer, sends first repositioning information corresponding with described the first zone bit, so that can reset to described the first zone bit in described application layer based on described the first repositioning information.

Optionally, described the first state model comprises sleep state pattern, holding state pattern or duty pattern.

Optionally, when described the first state model is specially described sleep state pattern, described the second state model is screen lock state pattern or described holding state pattern.

Optionally, when described the first state model is specially described holding state pattern, described the second state model is described sleep state pattern or screen lock state pattern; Or

When described the first state model is specially described duty pattern, described the second state model is described sleep state pattern or screen lock state pattern.

Optionally, described when described the first judged result shows that described the first touch-control area is greater than described first threshold, control described electronic equipment in second state model different from described the first state model, be specially:

When described the first judged result shows that described the first touch-control area is greater than described first threshold, detect the first fingerprint parameter that obtains described the first operating body;

Judge that whether described the first fingerprint parameter meets first pre-conditioned, obtain the second judged result;

When described the second judged result shows described the first fingerprint parameter, meet described first when pre-conditioned, control described electronic equipment in the second state model.

Optionally, describedly when described the second judged result shows described the first fingerprint parameter, meet described first when pre-conditioned, control described electronic equipment after the second state model, described method also comprises:

Detect and obtain described the first operating body at the second touch control operation of the first touch area of described touch-display unit;

According to described the second touch control operation, start the first application program; Or

Detect the 3rd touch control operation that obtains second touch area of described the first operating body in described touch-display unit;

According to described the 3rd touch control operation, start second application program different from described the first application program;

Wherein, described the first touch area is different from described the second touch area.

When described the first judged result shows that described the first touch-control area is greater than described first threshold, obtain the first touch-control duration of described the first touch control operation;

Judge that whether described the first touch-control duration is at the first touch-control time interval, obtain the 3rd judged result;

Judgment result is that while being when the described the 3rd, control described electronic equipment in described the second state model.

Optionally, describedly judgment result is that while being when the described the 3rd, control described electronic equipment after described the second state model, described method also comprises:

Start described the first application program.

Optionally, described, judge that whether described the first duration is interval in the very first time, after obtaining the 3rd judged result, described method also comprises:

Judge that whether described the first touch-control duration is interval in the second touch-control duration different from described the first touch-control time interval, obtains the 4th judged result;

Judgment result is that while being when the described the 4th, start described the second application program.

The second information processing method comprises:

Obtain the first touch-control duration of described the first operating body and described touch-display unit;

Judge whether described the first touch-control duration is greater than a default duration, acquisition the 5th judged result;

When described the 5th judged result shows that described the first touch-control duration is greater than described default duration, control described electronic equipment in second state model different from described the first state model.

On the other hand, the application provides two kinds of electronic equipments, and wherein, the first electronic equipment comprises a touch-display unit, and described electronic equipment also comprises:

The first detecting unit, for when described electronic equipment is during in the first state model, detects and obtains the first touch control operation that the first operating body carries out in described touch-display unit;

The first area obtains unit, for obtaining described the first operating body at the first touch-control area of the contact area of described touch-display unit;

The first judging unit, for judging whether described the first touch-control area is greater than first threshold, obtains the first judged result;

The first control module, when showing that when described the first judged result described the first touch-control area is greater than described first threshold, controls described electronic equipment in second state model different from described the first state model.

Optionally, described the first control module specifically comprises:

First sends subelement, and when showing that when described the first judged result described the first touch-control area is greater than described first threshold, to application layer, sending described the first court verdict of sign is the first zone bit that is;

First receives subelement, for described touch-display unit, receives the first instruction that described application layer sends according to described the first zone bit;

The first performance element, carries out described the first instruction for described touch-display unit, controls described electronic equipment in described the second state model.

Optionally, described the first control module also comprises:

Second sends subelement, for carrying out described the first instruction in described touch-display unit, control described electronic equipment after described the second state model, described application layer to described application layer, sends first repositioning information corresponding with described the first zone bit, so that can reset to described the first zone bit in described application layer based on described the first repositioning information.

Optionally, when described the first state model is specially described holding state pattern, described the second state model is described sleep state pattern; Or

When described the first state model is specially described duty pattern, described the second state model is described sleep state pattern.

Optionally, described the first control module specifically comprises:

Fingerprint obtains subelement, when showing that in described the first judged result described the first touch-control area is greater than described first threshold, detects the first fingerprint parameter that obtains described the first operating body;

The second judgment sub-unit, first pre-conditioned for judging that whether described the first fingerprint parameter meets, obtain the second judged result;

First controls subelement, for showing that when described the second judged result described the first fingerprint parameter meets described first when pre-conditioned, controls described electronic equipment in the second state model.

Optionally, described the first control module also comprises:

First obtains subelement, for described, when showing described the first fingerprint parameter, described the second judged result meets described first when pre-conditioned, control described electronic equipment after the second state model, detect and obtain described the first operating body at the second touch control operation of the first touch area of described touch-display unit; Or detection obtains the 3rd touch control operation of second touch area of described the first operating body in described touch-display unit;

The first promoter unit, for according to described the second touch control operation, starts the first application program; Or according to described the 3rd touch control operation, start second application program different from described the first application program;

Optionally, described the first control module specifically comprises:

The touch-control duration obtains subelement, when described the first judged result shows that described the first touch-control area is greater than described first threshold, obtains the first touch-control duration of described the first touch control operation;

The 3rd judgment sub-unit, for judging that whether described the first touch-control duration is at the first touch-control time interval, obtains the 3rd judged result;

Second controls subelement, for judgment result is that while being when the described the 3rd, controls described electronic equipment in described the second state model.

Optionally, described the first control module also comprises:

The second promoter unit, judgment result is that while being when the described the 3rd for described, controls described electronic equipment after described the second state model, starts the first application program.

Optionally, described the first control module also comprises:

The 4th judgment sub-unit, for judging that described whether described the first duration is interval in the very first time, after obtaining the 3rd judged result, judge that whether described the first touch-control duration is interval in the second touch-control duration different from described the first touch-control time interval, obtains the 4th judged result;

The 3rd promoter unit, for judgment result is that while being when the described the 4th, starts second application program different from described the first application program.

Another kind of electronic equipment comprises a touch-display unit, and described electronic equipment also comprises:

The second detecting unit, for when described electronic equipment is during in the first state model, detects and obtains the first touch control operation that the first operating body carries out in described touch-display unit;

Second obtains unit, for obtaining the first touch-control duration of described the first operating body and described touch-display unit;

The 5th judging unit, for judging whether described the first touch-control duration is greater than a default duration, acquisition the 5th judged result;

The second control module, for when described the 5th judged result shows that described the first touch-control duration is greater than described default duration, controls described electronic equipment in second state model different from described the first state model.

Above-mentioned one or more technical schemes in the embodiment of the present application, at least have following one or more technique effects:

1, in the application's technical scheme, when electronics is during in the first state model, first obtain the first touch-control area of the first touch control operation, then judge whether the first touch-control area is greater than first threshold, judgment result is that while being when first, control electronic equipment in second state model different from the first state model, solve the state of electronic equipment pattern existing in prior art and switched the technical matters that can only realize by hardware button, realized when corresponding the first touch-control area of the first touch control operation is greater than first threshold, control electronic equipment and be switched to the second state model from the first state model, and then realized and utilized touch control operation to switch state of electronic equipment, extended the technique effect in the hardware button life-span on electronic equipment.

2, in the application's technical scheme, judgment result is that while being when first, detect and obtain the first fingerprint parameter, and judge that whether satisfied the first fingerprint parameter is first pre-conditioned; When the first fingerprint parameter meets first when pre-conditioned, control electronic equipment in the second state model, thereby realized when the first touch-control area is greater than first threshold further fingerprint operator and met first when pre-conditioned, just control electronic equipment and be switched to the second state model from the first state model, thereby realized, extending on the basis in electronic equipment hardware button life-span, further guaranteeing the technique effect of the security of electronic equipment.

3, further, at the first fingerprint parameter, meet first pre-conditioned, electronic equipment is after the first state model is switched to the second state model, the 3rd touch control operation that carry out the second touch control operation that detected activity the first operating body carries out in touch control unit the first touch area or the second touch area, control electronic equipment and start the first application program or the second application program, thereby make user's operation when starting application program very convenient.

4, in the application's technical scheme, first, judgment result is that while being, obtain the first touch-control duration that the first touch control operation is corresponding, when the first touch-control duration is in the first duration interval, control electronic equipment and be switched to the second state model from the first state model, thereby realized when the first touch-control area is greater than first threshold, further detected for the first touch-control duration, and then more accurately control electronic equipment and be switched to the second state model from the first state model.

5, further, when interval in the first duration in the first touch-control duration, electronic equipment further starts the first application program, interval in the second duration in the first touch-control duration, electronic equipment starts the second application program, thereby realized utilizing touch-control to switch state of electronic equipment pattern, extended on the basis in electronic equipment hardware button life-span, made user's operation when starting application program very convenient.

6, in the application's technical scheme, when electronic equipment is during in the first state model, first Survey Operations the first touch control operation, then judge whether the first touch-control duration that the first touch control operation is corresponding is greater than a default duration, when the first touch-control duration was greater than default duration, control electronic equipment in the second state model, realized when corresponding the first touch-control duration of the first touch control operation is greater than default duration, control electronic equipment and be switched to the second state model from the first state model, and then realized and utilized touch control operation to switch state of electronic equipment, extended the technique effect in the hardware button life-span on electronic equipment.

Accompanying drawing explanation

Fig. 1 is the information processing method process flow diagram in the embodiment of the present application one;

Fig. 2 is the first touch area and the second touch area schematic diagram in the embodiment of the present application one;

Fig. 3 is the information processing method process flow diagram in the embodiment of the present application two;

Fig. 4 is the electronic devices structure schematic diagram in the embodiment of the present application three;

Fig. 5 is the electronic devices structure schematic diagram in the embodiment of the present application four.

Embodiment

In order to solve the problems of the technologies described above, technical scheme general thought provided by the invention is as follows:

In the application's technical scheme, when electronics is during in the first state model, first obtain the first touch-control area of the first touch control operation, then judge whether the first touch-control area is greater than first threshold, judgment result is that while being when first, control electronic equipment in second state model different from the first state model, solve the state of electronic equipment pattern existing in prior art and switched the technical matters that can only realize by hardware button, realized when corresponding the first touch-control area of the first touch control operation is greater than first threshold, control electronic equipment and be switched to the second state model from the first state model, and then realized and utilized touch control operation to switch state of electronic equipment, extended the technique effect in the hardware button life-span on electronic equipment.

Below by accompanying drawing and specific embodiment, technical solution of the present invention is described in detail, be to be understood that the specific features in the embodiment of the present application and embodiment is the detailed explanation to present techniques scheme, rather than the restriction to present techniques scheme, in the situation that not conflicting, the technical characterictic in the embodiment of the present application and embodiment can combine mutually.

In the embodiment of the present application, a kind of information processing method and electronic equipment are provided, in concrete enforcement, electronic equipment can be smart mobile phone, also can be panel computer or notebook computer, only have concrete touch-display unit, concrete, in the embodiment of the present application, will not be restricted.In the following description, will take panel computer as example, the information processing method in the embodiment of the present application and electronic equipment will be described in detail.

Embodiment mono-:

Before introducing the information processing method of the embodiment of the present application, first the basic structure of the electronic equipment of the method application of the embodiment of the present application is made a presentation, please refer to Fig. 4, the electronic equipment in the embodiment of the present application, has a touch-display unit, also comprises:

The first detecting unit 11, for when described electronic equipment is during in the first state model, detects and obtains the first touch control operation that the first operating body carries out in described touch-display unit;

The first area obtains unit 12, for obtaining described the first operating body at the first touch-control area of the contact area of described touch-display unit;

The first judging unit 13, for judging whether described the first touch-control area is greater than first threshold, obtains the first judged result;

The first control module 14, when showing that when described the first judged result described the first touch-control area is greater than described first threshold, controls described electronic equipment in second state model different from described the first state model.

Below the first information processing method in the application is described in detail, please refer to Fig. 1.

S11: when described electronic equipment is during in the first state model, detect and obtain the first touch control operation that the first operating body carries out in described touch-display unit

S12: obtain described the first operating body at the first touch-control area of the contact area of described touch-display unit.

Specifically, in the embodiment of the present application, the first state model of electronic equipment has multiple, and as sleep state pattern, holding state pattern or duty pattern etc., the application does not limit particularly.At electronic equipment, during in the first state model, obtain the first operating body, as the first touch-control area that first touch control operation of user's palm in touch-display unit is corresponding, as to obtain the first touch-control area be 1.7 to divide equally centimetre, 1.9 divide equally centimetre etc.

After obtaining the first touch-control area, execution step S13.

S13: judge whether described the first touch-control area is greater than first threshold, obtain the first judged result.

Specifically, in the embodiment of the present application, judge whether the first touch-control area is greater than first threshold, object is to judge that whether the first touch-control area is enough large.First threshold can be an occurrence of predetermining, as 30 divided equally centimetre, 18 divide equally centimetre, 16.3 square centimeters etc., also can be the percentage of a screen area, as 70% of electronic equipment touching display screen, 64% or 73% etc., certainly under the application, technician can select according to actual needs, and the application does not do concrete restriction.

The first threshold of take is below introduced as occurrence and screen number percent as example.

(1) first threshold is a concrete area value.

First threshold is a concrete numerical value, this numerical value can be to set before electronic equipment dispatches from the factory, divide equally centimetre as 17, also can be to set a plurality of options to select according to the actual conditions of oneself for user, if any electronic equipment corresponding arrange in have three options: 20 divide equally centimetre, 18 divide equally centimetre, 16.3 square centimeters, if relative common people are smaller for user's palm, so just can select 16.3 square centimeters as first threshold.

Take first threshold as 16.3 square centimeters be example, suppose that the first touch-control area detect obtaining is 18.223 to divide equally centimetre, be greater than 16.3 square centimeters of first thresholds, first judgment result is that and be; Suppose that the first touch-control area detect obtaining is 17.346 to divide equally centimetre, be greater than 16.3 square centimeters of first thresholds, first judgment result is that and be; Suppose that the first touch-control area detect obtaining is 16.223 to divide equally centimetre, be less than 16.3 square centimeters of first thresholds, first the determination result is NO.

(2) first threshold is the number percent of electronic equipment Touch Screen.

Electronic equipment sometimes can be changed touching display screen, so, if when first threshold is a fixed value, sometimes just can not meet various demand of user.For example: first threshold is fixed as 40 screens centimetre, yet the area of the touching display screen after changing is only 44.12 to divide equally centimetre, obviously, the first touch-control area is less than first threshold all the time in this case, so just can not switch the state model of electronic equipment by touch-control.

First threshold is the number percent of Touch Screen, this number percent can be to set before electronic equipment dispatches from the factory, as 70% of touching display screen, also can be to set a plurality of options to select according to the actual conditions of oneself for user, if any electronic equipment corresponding arrange in have three options: 70%, 60%, 85%, if relative common people are smaller for user's palm, so just can select 60% as first threshold.

Take touching display screen as 4 inches, and area is 44.12 touching display screens of dividing equally centimetre, and first threshold is that 70% of touch display screen area is example.Suppose that the first touch-control area detect obtaining is 18.223 to divide equally centimetre, first touch area and account for 41.3% of touch screen area so, be less than first threshold 70%, first the determination result is NO; Suppose that the first touch-control area detect obtaining is 32.38 to divide equally centimetre, first touch area and account for 73.39% of touch screen area so, be greater than first threshold 70%, first judgment result is that and be; Suppose that the first touch-control area detect obtaining is 42.38 to divide equally centimetre, first touch area and account for 96% of touch screen area so, be greater than first threshold 70%, first judgment result is that and be.

More example, has just repeated here no longer one by one.

Obtain after the first judged result execution step S14.

S14: when described the first judged result shows that described the first touch-control area is greater than described first threshold, control described electronic equipment in second state model different from described the first state model.

First, judgment result is that while being, namely first touch area when enough large, control electronic equipment in the second state model, namely at the first touch-control area enough greatly time, control electronic equipment switching state pattern.The second state model is different from the first state model, but the second state model and the first state model have correlativity.For example, when the first state model is specially sleep state pattern, namely electronic equipment is for the power supply of power saving disconnection touching display screen, thereby make touch-control show that flat screen does not show the state model of any content, the second state model can be screen lock state pattern so, also can between be the holding state pattern after release; When the first state model is specially holding state pattern, the second state model is screen lock state pattern or sleep state pattern; When the first state model is specially duty pattern, the second state model is screen lock state pattern or sleep state pattern.

Visible, in the application's technical scheme, when electronics is during in the first state model, first obtain the first touch-control area of the first touch control operation, then judge whether the first touch-control area is greater than first threshold, judgment result is that while being when first, control electronic equipment in second state model different from the first state model, solve the state of electronic equipment pattern existing in prior art and switched the technical matters that can only realize by hardware button, realized when corresponding the first touch-control area of the first touch control operation is greater than first threshold, control electronic equipment and be switched to the second state model from the first state model, and then realized and utilized touch control operation to switch state of electronic equipment, extended the technique effect in the hardware button life-span on electronic equipment.

Specifically, in the embodiment of the present application, the implementation procedure of electronic equipment execution step S3 specifically comprises:

1), when described the first judged result shows that described the first touch-control area is greater than described first threshold, to application layer, send sign described first and judgment result is that the first zone bit that is.

Judgment result is that while being when first, electronic equipment sends the first zone bit to self application layer.The first zone bit can be to have touch-display unit to the information of applying in the packets of information sending, also can be level or the pulse signal that touch-display unit sends to application layer, under the application, technician can select according to actual needs, and the application does not do concrete restriction.

2) described touch-display unit receives the first instruction that described application layer sends according to described the first zone bit.

Application layer in electronic equipment receives after the first zone bit, according to the first zone bit, judges whether to switch state of electronic equipment.If the first zone bit is just can switch state of electronic equipment at 0 o'clock, or the first zone bit is just can switch state of electronic equipment at 1 o'clock.Application layer obtains after corresponding judgement, to touch-display unit, sends the first instruction.

3) described touch-display unit is carried out described the first instruction, controls described electronic equipment in described the second state model.

Touch-display unit is carried out the first instruction, controls electronic equipment in described the second state model, and certainly, the first instruction may be also to control the instruction that electronic equipment keeps the first state model, and the application does not limit.

4) described application layer to described application layer, sends first repositioning information corresponding with described the first zone bit, so that can reset to described the first zone bit in described application layer based on described the first repositioning information.

At electronic equipment, execute the first instruction, controlling electronic equipment is switched to the second state model or keeps after the first state model, in order to guarantee not affect application layer judgement next time, need to send first reset signal corresponding with the first zone bit to application layer, to recover initialization.For example, in being applied to, in the judgement of the first zone bit, be initially 0, touch-display unit just need to send first repositioning information setting to 0 to application layer so; Be applied in the judgement of the first zone bit and be initially 1, touch-display unit just need to send one to application layer and put the first repositioning information of 1 so.

Further, in order more accurately to judge whether electronic equipment needs switching state pattern, the application also provides two kinds of preferred versions.The first, is judging whether the first touch-control area is greater than on the basis of first threshold, and it is first pre-conditioned whether the fingerprint that further judges the first operating body meets; The second, is judging whether the first touch-control area is greater than on the basis of first threshold, judges that the first touch-control duration is whether in the first touch-control continues interval.Below just two schemes are introduced.

Scheme one:

On the basis of judgement the first touch-control area, further judge the first finger print information of the first operating body.Specific implementation process has following steps:

1), when described the first judged result shows that described the first touch-control area is greater than described first threshold, detect the first fingerprint parameter that obtains described the first operating body.

First, judgment result is that while being, namely when the first touch-control area is enough large, further detect the first fingerprint parameter that obtains the first operating body, like this, the degree of accuracy that whether needs to switch state of electronic equipment mode decision not only can be provided, and also can avoid detecting the first fingerprint parameter at the first touch-control area when large not can increase electronic equipment burden.The first fingerprint parameter can detect by the finger print detection device on touching display screen, also can be that on electronic equipment, the special finger print detection device beyond touch control unit detects acquisition, under the application, technician can select according to actual needs, and the application does not do concrete restriction.

2) judge that whether described the first fingerprint parameter meets first pre-conditioned, obtain the second judged result.

First is pre-conditioned, in the embodiment of the present application, specifically, it is exactly the fingerprint parameter of preserving in electronic equipment, as user is recorded in the fingerprint collecting of oneself in electronic equipment in advance, or user has operator's fingerprint parameter acquisition and recording that authority switches electronic equipment in electronic equipment by other.By electronic equipment fingerprint acquisition device, collect after the first fingerprint parameter of the first operating body, by comparing the fingerprint parameter of preserving in the first fingerprint parameter and electronic equipment, namely first is pre-conditioned, obtains the second judged result.

In specific implementation process, can setting a threshold value, to judge that fingerprint parameter meets first pre-conditioned.For example, when the goodness of fit of the fingerprint parameter that setting is preserved in the first fingerprint parameter and electronic equipment reaches 80%, judge that the first fingerprint parameter meets first pre-conditioned, or the goodness of fit that the fingerprint parameter preserve is set is while reaching 90%, judge that the first fingerprint parameter is satisfied first pre-conditioned when the first fingerprint parameter and electronic equipment in.Certainly, specifically judge that whether the first fingerprint parameter meets first pre-conditioned, under the application, technician can select according to actual needs, and the application does not do concrete restriction.

3) when described the second judged result shows described the first fingerprint parameter, meet described first when pre-conditioned, control described electronic equipment in the second state model.

Judgment result is that while being when second, illustrate that the first touch-control area is not only greater than first threshold, and the first operating body is while having the authority of switching state of electronic equipment, controls electronic equipment and is switched to the second state model from the first state model.

The second state model is different from the first state model, but the second state model and the first state model have correlativity.For example, when the first state model is specially sleep state pattern, namely electronic equipment is for the power supply of power saving disconnection touching display screen, thereby make touch-control show that flat screen does not show the state model of any content, the second state model can be screen lock state pattern so, also can between be the holding state pattern after release; When the first state model is specially holding state pattern, the second state model is screen lock state pattern or sleep state pattern; When the first state model is specially duty pattern, the second state model is screen lock state pattern or sleep state pattern.

Visible, in the application's technical scheme, judgment result is that while being when first, detect and obtain the first fingerprint parameter, and judge that whether satisfied the first fingerprint parameter is first pre-conditioned; When the first fingerprint parameter meets first when pre-conditioned, control electronic equipment in the second state model, thereby realized when the first touch-control area is greater than first threshold further fingerprint operator and met first when pre-conditioned, just control electronic equipment and be switched to the second state model from the first state model, thereby realized, extending on the basis in electronic equipment hardware button life-span, further guaranteeing the technique effect of the security of electronic equipment.

Further, at electronic equipment, during in the second state model, user can also carry out some prompt operations by touch control operation.For example:

Detect and obtain the first operating body at the second touch control operation of the first touch area of touch-display unit; According to the second touch control operation, start the first application program; Or detection obtains the 3rd touch control operation of second touch area of the first operating body in touch-display unit; According to the 3rd touch control operation, start second application program different from the first application program.Wherein, the first touch area is different from the second touch area.

Below aforesaid operations is specifically described.

1) detect and obtain the first operating body at the second touch control operation of the first touch area of touch-display unit; Or detection obtains the 3rd touch control operation of second touch area of the first operating body in touch-display unit.

When electronic equipment is during in the second state model, detect and obtain the first operating body at the 3rd touch control operation of first touch area the second touch control operation or the second touch area.In the embodiment of the present application, specifically, the first touch area can be the first half region of touch-display unit, the second touch area is the latter half region of touch-display unit, also can the first touch area can be the latter half region of touch-display unit, the second touch area is the first half region of touch-display unit, or the first touch area can be the left-half region of touch-display unit, the second touch area is the right half part region of touch-display unit, under the application, technician can select according to actual needs, as long as the first touch area is different with the second touch area, the application does not do concrete restriction.

The application will be take the first half region that the first touch area is touch control unit, the latter half that the second touch area is touch-display unit, and as shown in Figure 2, and the second state model is that holding state pattern is example.

2), according to the second touch control operation, start the first application program; Or according to the 3rd touch control operation, start second application program different from the first application program.

Under holding state pattern, when the first operating body being detected, in the first touch area, carried out, after the second touch control operation, according to the second touch control operation, starting the first application program, as: note; When the first operating body being detected, in the second touch area, carried out, after the 3rd touch control operation, according to the 3rd touch control operation, starting the second application program, as: phone, the second application program is different from the first application program.

For example: mobile phone is in sleep state pattern, and user need to send a note.First this user carries out the first touch control operation on the touch screen of mobile phone with palm, electronic equipment judges the first touch-control area that the first touch control operation is corresponding, supposes that 35.389 divide equally centimetre, is greater than first threshold 35 and divides equally centimetre, first judgment result is that and is.Further, be embedded in the first fingerprint parameter that finger print detection device on touch screen detects this user and meet first pre-conditionedly, control so mobile phone and be switched to the second state model from sleep state pattern, suppose that the second state model is holding state pattern.Mobile phone enters after holding state pattern, and user is in the first touch area of touch screen, and as carried out touch control operation in the first half region in Fig. 2, and then mobile phone starts " note " application program automatically.

Scheme two:

On the basis of judgement the first touch-control area, further judge the first touch-control duration of the first touch control operation.Specific implementation process has following steps:

1), when described the first judged result shows that described the first touch-control area is greater than described first threshold, obtain the first touch-control duration of described the first touch control operation.

First, judgment result is that while being, namely, when the first touch-control area is enough large, further obtain the first touch-control duration of the first touch control operation, like this, can provide the precision that judges whether to switch state of electronic equipment pattern.

2) judge that whether described the first touch-control duration is at the first touch-control time interval, obtain the 3rd judged result.

Obtain the first touch-control after the duration, judge that the first touch-control time interval is whether between the first Touch Zone in, as 2-5 second or 1-3 second.Should be appreciated that, in the first touch-control duration interval, in fact less endpoint value can regard a default duration as, that is to say, suppose the interval 2-5 of being of the first touch-control duration second, so when the first touch-control duration is interval in the first touch-control duration, if the first touch-control duration was 3 seconds, so, the first touch-control duration was greater than 2-5 less endpoint value in second, 2 seconds.

Row give some instances and illustrate how to obtain the 3rd judged result below.Suppose the first touch-control duration interval be 2-4 second, first to continue the touch-control time be 2 seconds, the 3rd the determination result is NO not in the first touch-control duration interval the first touch-control duration so; The first touch-control duration interval is 2-5 second, and first to continue the touch-control time be 4 seconds, and the first touch-control duration, in the first touch-control duration interval, the 3rd judgment result is that and is so; The first touch-control duration interval is 3-4 second, and first to continue the touch-control time be 2 seconds, and the 3rd the determination result is NO not in the first touch-control duration interval the first touch-control duration so.

3) when the described the 3rd judgment result is that while being, control described electronic equipment in described the second state model.

Judgment result is that while being when the 3rd, show that the first touch-control area that not only the first touch control operation is corresponding is greater than first threshold, and the first corresponding touch-control duration is also in the first touch-control duration interval, that is to say that the first touch control operation area is enough large, time long enough, while meeting two conditions, control electronic equipment in the second state model simultaneously.

Visible, first, judgment result is that while being, obtain the first touch-control duration that the first touch control operation is corresponding, when the first touch-control duration is in the first duration interval, control electronic equipment and be switched to the second state model from the first state model, thereby realized when the first touch-control area is greater than first threshold, further detected for the first touch-control duration, and then more accurately control electronic equipment and be switched to the second state model from the first state model.

Further, in order to facilitate user to start fast an application program, as electronic equipment receives a note when the sleep state, user wishes can read after release at once, and the embodiment of the present application also provides following scheme:

Judgment result is that while being when the 3rd, control electronic equipment after the second state model, start described the first application program; Or judge that whether the first touch-control duration is interval in the second touch-control duration different from the first touch-control time interval, obtains the 4th judged result; Judgment result is that while being when the 4th, start the second application program.Wherein, the first application program is different from the second application program.

That is to say, user, when carrying out the first touch control operation, can open different application programs by different touch-controls between the duration.In specific implementation process, the first touch-control time interval and the second touch-control duration interval are adjacent, the larger endpoint value that is to say the first touch-control duration interval is the less endpoint value in the second touch-control duration interval, if the first touch-control duration interval is 2-5 second, the second touch-control duration interval is 5-7 second, or first touch-control duration interval be 1-3 second, the second touch-control duration interval is 3-5 second etc. not, under the application, technician can select according to actual needs, and the application does not do concrete restriction.Should be appreciated that, when the first touch-control duration is in the second touch-control duration interval, because the value in the second touch-control duration interval is all greater than the value in the first touch-control duration interval, so, when we regard the first less endpoint value in touch-control duration interval as a default duration, the first touch-control duration was greater than this default duration.If the first touch-control duration was 4 seconds, the first touch-control duration was 2-3 second, and the second touch-control duration was 3-5 second, and so, the first touch-control duration was greater than 2-3 less endpoint value in second, 2 seconds.

With concrete example, aforesaid operations is specifically described below.

Suppose the interval 2-5 of being of the first touch-control duration second, when the first touch-control duration is when the first touch-control continues interval, while being 3 seconds as the first touch-control duration, electronic equipment is switched to the second state model from the first state model, as from sleep state pattern is switched to holding state pattern, directly start the first application program, as: note.

When the second touch-control duration interval is 5-7 second, when the first touch-control duration is when the second touch-control continues interval, while being 6 seconds as the first touch-control duration, electronic equipment is switched to the second state model from the first state model, as from sleep state pattern is switched to holding state pattern, directly start the second application program, as: phone.

For example: mobile phone is in sleep state pattern, and user need to send a note.First this user carries out the first touch control operation on the touch screen of mobile phone with palm, electronic equipment judges the first touch-control area that the first touch control operation is corresponding, supposes that 36.9 divide equally centimetre, is greater than first threshold 30 and divides equally centimetre, first judgment result is that and is.Further, the the first touch-control duration that obtains the first touch control operation is 5 seconds, now the first touch-control duration interval is 2-3 second, the second touch-control duration was more than 3 seconds, the first touch-control duration is interval in the second touch-control duration so, control so mobile phone and be switched to the second state model from sleep state pattern, after supposing that the second state model is holding state pattern, mobile phone starts " note " application program automatically.

Embodiment bis-:

Before introducing the information processing method of the embodiment of the present application, first the basic structure of the electronic equipment of the method application of the embodiment of the present application is made a presentation, please refer to Fig. 5, the electronic equipment in the embodiment of the present application, has a touch-display unit, also comprises:

The second detecting unit 21, for when described electronic equipment is during in the first state model, detects and obtains the first touch control operation that the first operating body carries out in described touch-display unit;

Second obtains unit 22, for obtaining the first touch-control duration of described the first operating body and described touch-display unit;

The 5th judging unit 23, for judging whether described the first touch-control duration is greater than a default duration, acquisition the 5th judged result;

The second control module 24, for when described the 5th judged result shows that described the first touch-control duration is greater than described default duration, controls described electronic equipment in second state model different from described the first state model.

Below the first information processing method in the application is described in detail, please refer to Fig. 3.

S21: the first touch-control duration that obtains described the first operating body and described touch-display unit.

Specifically, in the embodiment of the present application, the first state model of electronic equipment has multiple, and as sleep state pattern, holding state pattern or duty pattern etc., the application does not limit particularly.At electronic equipment, during in the first state model, obtain the first operating body, as the first touch-control duration that first touch control operation of user's palm in touch-display unit is corresponding, as to obtain for the first touch-control duration be 3.7 seconds, 2.9 seconds etc.

S22: the first touch-control duration that obtains described the first operating body and described touch-display unit.

Specifically, in the embodiment of the present application, judge whether the first touch-control duration be greater than default duration, object is to judge the first touch-control duration long enough whether.Default duration can be for an occurrence of predetermining, as 1 second, and 2.3 seconds or 4 seconds, also can be set a plurality of options for users according to own actual conditions selection, if any electronic equipment corresponding arrange in have three options: 1 second, 2 seconds, 4 seconds, user selected as required.Certainly under the application, technician can select according to actual needs, and the application does not do concrete restriction.

S23: judge whether described the first touch-control duration is greater than a default duration, acquisition the 5th judged result.

Suppose that default duration is 2 seconds, 3 seconds the first touch-control duration corresponding to the first touch control operation detecting, the first touch-control duration was greater than default duration so, the 5th judgment result is that and was; Default duration is 2 seconds, and 1 second the first touch-control duration corresponding to the first touch control operation detecting, the first touch-control duration was less than default duration so, and the 5th the determination result is NO.

S24: when described the 5th judged result shows that described the first touch-control duration is greater than described default duration, control described electronic equipment in second state model different from described the first state model.

The 5th, judgment result is that while being, namely the first touch-control duration during long enough, was controlled electronic equipment in the second state model, namely in the first touch-control duration, during long enough, controlled electronic equipment switching state pattern.The second state model is different from the first state model, but the second state model and the first state model have correlativity.For example, when the first state model is specially sleep state pattern, namely electronic equipment is for the power supply of power saving disconnection touching display screen, thereby make touch-control show that flat screen does not show the state model of any content, the second state model can be screen lock state pattern so, also can between be the holding state pattern after release; When the first state model is specially holding state pattern, the second state model is screen lock state pattern or sleep state pattern; When the first state model is specially duty pattern, the second state model is screen lock state pattern or sleep state pattern.

Visible, in the application's technical scheme, when electronic equipment is during in the first state model, first Survey Operations the first touch control operation, then judge whether the first touch-control duration that the first touch control operation is corresponding is greater than a default duration, when the first touch-control duration was greater than default duration, control electronic equipment in the second state model, realized when corresponding the first touch-control duration of the first touch control operation is greater than default duration, control electronic equipment and be switched to the second state model from the first state model, and then realized and utilized touch control operation to switch state of electronic equipment, extended the technique effect in the hardware button life-span on electronic equipment.

Embodiment bis-, has just repeated so repeat part based on same total inventive concept no longer one by one with embodiment mono-.

Embodiment tri-:

Please refer to Fig. 4, the present embodiment provides a kind of electronic equipment, comprises a touch-display unit, be specifically as follows a capacitance touching control display unit, also can be a resistance touch-display unit, can also be an infrared touch-display unit, do not apply for particularly not limiting.

Further, electronic equipment also comprises:

The first control module specifically comprises:

First sends subelement, and when showing that when described the first judged result described the first touch-control area is greater than described first threshold, to application layer, sending described the first court verdict of sign is the first zone bit that is.

First receives subelement, for described touch-display unit, receives the first instruction that described application layer sends according to described the first zone bit.

In order to improve, judge whether state of electronic equipment pattern needs the precision of weather, in the embodiment of the present application, the first control module, except said structure, has two kinds of other structures:

The first:

Fingerprint obtains subelement, when showing that in described the first judged result described the first touch-control area is greater than described first threshold, detects the first fingerprint parameter that obtains described the first operating body.

The second judgment sub-unit, first pre-conditioned for judging that whether described the first fingerprint parameter meets, obtain the second judged result.

First obtains subelement, for described, when showing described the first fingerprint parameter, described the second judged result meets described first when pre-conditioned, control described electronic equipment after the second state model, detect and obtain described the first operating body at the second touch control operation of the first touch area of described touch-display unit; Or detection obtains the 3rd touch control operation of second touch area of described the first operating body in described touch-display unit.

The first promoter unit, for according to described the second touch control operation, starts the first application program; Or according to described the 3rd touch control operation, start second application program different from described the first application program.

The second:

The touch-control duration obtains subelement, when described the first judged result shows that described the first touch-control area is greater than described first threshold, obtains the first touch-control duration of described the first touch control operation.

The 3rd judgment sub-unit, for judging that whether described the first touch-control duration is at the first touch-control time interval, obtains the 3rd judged result.

The 4th judgment sub-unit, for judging that described whether described the first duration is interval in the very first time, after obtaining the 3rd judged result, judge that whether described the first touch-control duration is interval in the second touch-control duration different from described the first touch-control time interval, obtains the 4th judged result.

Embodiment tri-, has just repeated so repeat part based on same total inventive concept no longer one by one with embodiment mono-.

Embodiment tetra-:

Please refer to Fig. 5, the present embodiment provides a kind of electronic equipment, comprises a touch-display unit, be specifically as follows a capacitance touching control display unit, also can be a resistance touch-display unit, can also be an infrared touch-display unit, do not apply for particularly not limiting.

Further, electronic equipment also comprises:

Those skilled in the art should understand, embodiments of the invention can be provided as method, system or computer program.Therefore, the present invention can adopt complete hardware implementation example, implement software example or in conjunction with the form of the embodiment of software and hardware aspect completely.And the present invention can adopt the form that wherein includes the upper computer program of implementing of computer-usable storage medium (including but not limited to magnetic disk memory, CD-ROM, optical memory etc.) of computer usable program code one or more.

The present invention is with reference to describing according to process flow diagram and/or the block scheme of the method for the embodiment of the present invention, equipment (system) and computer program.Should understand can be in computer program instructions realization flow figure and/or block scheme each flow process and/or the flow process in square frame and process flow diagram and/or block scheme and/or the combination of square frame.Can provide these computer program instructions to the processor of multi-purpose computer, special purpose computer, Embedded Processor or other programmable data processing device to produce a machine, the instruction of carrying out by the processor of computing machine or other programmable data processing device is produced for realizing the device in the function of flow process of process flow diagram or a plurality of flow process and/or square frame of block scheme or a plurality of square frame appointments.

These computer program instructions also can be stored in energy vectoring computer or the computer-readable memory of other programmable data processing device with ad hoc fashion work, the instruction that makes to be stored in this computer-readable memory produces the manufacture that comprises command device, and this command device is realized the function of appointment in flow process of process flow diagram or a plurality of flow process and/or square frame of block scheme or a plurality of square frame.

These computer program instructions also can be loaded in computing machine or other programmable data processing device, make to carry out sequence of operations step to produce computer implemented processing on computing machine or other programmable devices, thereby the instruction of carrying out is provided for realizing the step of the function of appointment in flow process of process flow diagram or a plurality of flow process and/or square frame of block scheme or a plurality of square frame on computing machine or other programmable devices.

Specifically, computer program instructions corresponding to two kinds of information processing methods in the embodiment of the present application can be stored in CD, hard disk, on the storage mediums such as USB flash disk, when the computer program instructions corresponding with the first information processing method in storage medium read or be performed by an electronic equipment, comprise the steps:

When electronic equipment is during in the first state model, obtain described the first operating body at the first touch-control area of the contact area of described touch-display unit;

Optionally, in described storage medium, store with described in step when described the first judged result shows that described the first touch-control area is greater than described first threshold, control described electronic equipment in second state model different from described the first state model, corresponding computer instruction, being specifically performed in process, specifically comprises the steps:

Optionally, in described storage medium, also store other computer instruction, these computer instructions with step: described touch-display unit is carried out described the first instruction, controls described electronic equipment and is performed after described the second state model, when being performed, comprises the steps:

Optionally, in described storage medium, also store other computer instruction, these computer instructions with step: describedly when described the second judged result shows described the first fingerprint parameter, meet described first when pre-conditioned, control described electronic equipment and be performed after the second state model, when being performed, comprise the steps:

Optionally, in described storage medium, also store other computer instruction, these computer instructions with step: describedly judgment result is that while being when the described the 3rd, control described electronic equipment and be performed after described the second state model, when being performed, comprise the steps:

Start described the first application program.

Optionally, in described storage medium, also store other computer instruction, these computer instructions with step: described, judge that described the first duration is whether interval in the very first time, be performed after obtaining the 3rd judged result, when being performed, comprise the steps:

When the computer program instructions corresponding with the second information processing method in storage medium read or be performed by an electronic equipment, comprise the steps:

Obviously, those skilled in the art can carry out various changes and modification and not depart from the spirit and scope of the present invention the present invention.Like this, if within of the present invention these are revised and modification belongs to the scope of the claims in the present invention and equivalent technologies thereof, the present invention is also intended to comprise these changes and modification interior.

Claims

1. an information processing method, is applied to an electronic equipment, and described electronic equipment comprises a touch-display unit, and described method comprises:

2. the method for claim 1, it is characterized in that, described when described the first judged result shows that described the first touch-control area is greater than described first threshold, control described electronic equipment in second state model different from described the first state model, specifically comprise:

3. method as claimed in claim 2, is characterized in that, in described touch-display unit, carries out described the first instruction, controls described electronic equipment after described the second state model, and described method also comprises:

4. the method as described in arbitrary claim in claim 1-3, is characterized in that, described the first state model comprises sleep state pattern, holding state pattern or duty pattern.

5. method as claimed in claim 4, is characterized in that, when described the first state model is specially described sleep state pattern, described the second state model is screen lock state pattern or described holding state pattern.

6. method as claimed in claim 4, is characterized in that, when described the first state model is specially described holding state pattern, described the second state model is described sleep state pattern or screen lock state pattern; Or

7. the method for claim 1, it is characterized in that, described when described the first judged result shows that described the first touch-control area is greater than described first threshold, control described electronic equipment in second state model different from described the first state model, be specially:

8. method as claimed in claim 7, is characterized in that, describedly when described the second judged result shows described the first fingerprint parameter, meets described first when pre-conditioned, controls described electronic equipment after the second state model, and described method also comprises:

9. the method for claim 1, it is characterized in that, described when described the first judged result shows that described the first touch-control area is greater than described first threshold, control described electronic equipment in second state model different from described the first state model, be specially:

10. method as claimed in claim 9, is characterized in that, describedly judgment result is that while being when the described the 3rd, and control described electronic equipment after described the second state model, described method also comprises:

Start described the first application program.

11. methods as claimed in claim 10, is characterized in that, described, judge that whether described the first duration is interval in the very first time, and after obtaining the 3rd judged result, described method also comprises:

12. 1 kinds of information processing methods, are applied to an electronic equipment, and described electronic equipment comprises a touch-display unit, and described method comprises:

13. 1 kinds of electronic equipments, comprise a touch-display unit, and described electronic equipment also comprises:

14. electronic equipments as claimed in claim 13, is characterized in that, described the first control module specifically comprises:

First sends subelement, when showing that when described the first judged result described the first touch-control area is greater than described first threshold, sends sign described first judgment result is that the first zone bit that is to application layer;

15. electronic equipments as claimed in claim 14, is characterized in that, described the first control module also comprises:

16. electronic equipments as described in arbitrary claim in claim 13-15, is characterized in that, described the first state model comprises sleep state pattern, holding state pattern or duty pattern.

17. electronic equipments as claimed in claim 16, is characterized in that, when described the first state model is specially described sleep state pattern, described the second state model is screen lock state pattern or described holding state pattern.

18. electronic equipments as claimed in claim 16, is characterized in that, when described the first state model is specially described holding state pattern, described the second state model is described sleep state pattern or screen lock state pattern; Or

19. electronic equipments as claimed in claim 13, is characterized in that, described the first control module specifically comprises:

20. electronic equipments as claimed in claim 19, is characterized in that, described the first control module also comprises:

21. electronic equipments as claimed in claim 13, is characterized in that, described the first control module specifically comprises:

22. electronic equipments as claimed in claim 21, is characterized in that, described the first control module also comprises:

The second promoter unit, judgment result is that while being when the described the 3rd for described, controls described electronic equipment after described the second state model, starts described the first application program.

23. electronic equipments as claimed in claim 22, is characterized in that, described the first control module also comprises:

The 3rd promoter unit, for judgment result is that while being when the described the 4th, starts described the second application program.

24. 1 kinds of electronic equipments, comprise a touch-display unit, and described electronic equipment also comprises: