CN104063043A

CN104063043A - Control method and device

Info

Publication number: CN104063043A
Application number: CN201310094975.0A
Authority: CN
Inventors: 柯海滨
Original assignee: Lenovo Beijing Ltd
Current assignee: Lenovo Beijing Ltd
Priority date: 2013-03-22
Filing date: 2013-03-22
Publication date: 2014-09-24
Anticipated expiration: 2033-03-22
Also published as: CN104063043B

Abstract

The invention discloses a control method and a control device which are applied to electronic equipment. The electronic equipment comprises a display unit. The method comprises the steps of acquiring target temperature data within a preset range on a display side of the display unit through a first sensing unit, acquiring a preset corresponding relation set, determining a target operation command according to a corresponding relation between the temperature data and an operation command in the corresponding relation set, and then responding to the target operation command, so that when a user cannot directly touch the display unit with a hand, the operation command of the electronic equipment is triggered, accordingly, the aim of the user is achieved, and the misoperation caused by the fact that the electronic equipment is triggered by other sounds different from that of the user during the conventional voice control is avoided. According to the control method and the control device, the user breathes out or touches a screen with a finger, so that the temperature data generated by simulating the touch of the finger on the electronic equipment is acquired, and the corresponding operation command is finally determined and is responded; therefore, the user experience is enhanced.

Description

A kind of control method and device

Technical field

The application relates to digital control technology field, particularly a kind of control method and device.

Background technology

At present, at applying electronic equipment during as mobile phone or pad, conventionally can go the form that touches the display screen of electronic equipment or directly click electronic equipment button to carry out the triggering of electronic equipment operational order as finger by body part.But tend to occur that user is in other duties; and directly click keys or directly touch screen; as user is carrying out the manual situations such as pottery art; if desired while carrying out voice control; conventionally there will be other sounds trigger electronic equipment maloperations that are different from user, affect user and experience.

Summary of the invention

Technical problems to be solved in this application are to provide a kind of control method and device, in order to solve in prior art, directly click keys or directly touch screen, when the lang sound control of going forward side by side is processed, there will be other sounds trigger electronic equipment maloperations that are different from user, affect the technical matters that user experiences.

The application provides a kind of control method, is applied to electronic equipment, and described electronic equipment comprises display unit, and described method comprises:

Utilize the first sensing unit to obtain the target temperature data in the preset range that described display unit shows side, the side that when described demonstration side is described display unit displaying contents, user sees;

Obtain default correspondence set, described correspondence set comprises the corresponding relation of at least one temperature data and operational order;

According to described target temperature data and described correspondence set, determine object run order;

Respond described object run order.

Said method, preferred, described the first sensing unit comprises temperature sensor, described first sensing unit that utilizes obtains the target temperature data that described display unit shows the preset range of side, comprising:

Utilize temperature sensor, obtain the target temperature data that described display unit shows the preset range of side.

Said method, preferred, the described target temperature data of described foundation and described correspondence set, determine object run order, comprising:

Determine the object run position in described preset range;

According to described object run position, described target temperature data and described correspondence set, determine object run order;

Wherein, described correspondence set comprises the corresponding relation between at least one operating position, temperature data and operational order.

Obtain the target displaying contents of described display unit in described preset range;

According to described target displaying contents, described target temperature data and described correspondence set, determine object run order;

Wherein, described correspondence set comprises the corresponding relation between at least one displaying contents, temperature data and operational order.

Determine the object run position in described preset range;

According to described object run position, described target displaying contents, described target temperature data and described correspondence set, determine object run order;

Wherein, described correspondence set comprises the corresponding relation between at least one operating position, displaying contents, temperature data and operational order.

Said method, preferred, described electronic equipment also comprises the second sensing unit, in the time that operating body contacts described the second sensing unit, described the second sensing unit can detect the position data of operating body with respect to described the second sensing unit;

Wherein, the described object run position of determining in described preset range, comprising:

Utilize the second sensing unit to determine the object run position of operating body in described preset range.

Said method, preferably, described the first sensing unit comprises array of temperature sensor, described array of temperature sensor comprises at least one temperature sensor, temperature sensor in described array of temperature sensor is distributed in the correspondence position in described preset range, and each described temperature sensor obtains the target temperature data of its position;

Correspondence position in target temperature data and the described preset range of each leisure thereof of obtaining according to each described temperature sensor in described array of temperature sensor, determines object run position.

Said method, preferred, the correspondence position in the target temperature data that in the described array of temperature sensor of described foundation, each described temperature sensor obtains and the described preset range of each leisure thereof, determines object run position, comprising:

Resolve the target temperature data that in described array of temperature sensor, each temperature sensor obtains and whether meet default operation trigger condition;

The temperature sensor that target temperature data are met to described operation trigger condition is as target temperature sensor;

Obtain the position data of each described target temperature sensor correspondence in described preset range;

According to the position data of each described target temperature sensor, determine object run position.

Said method, preferred, described corresponding relation is: the signal level value that temperature data is corresponding and the corresponding relation of operational order;

Wherein, the described target temperature data of described foundation and described correspondence set, determine object run order, comprising:

Resolve described target temperature data, generate the electric signal corresponding with described target temperature data, described electric signal comprises at least one signal level value;

According to described signal level value and described correspondence set, determine object run order.

Said method, preferred, utilize after the first sensing unit obtains the target temperature data in the preset range that described display unit shows side described, before described definite object run order, described method also comprises:

Utilize the 3rd sensing unit to obtain the ambient temperature data of described display unit, described ambient temperature data comprises the internal temperature data of described electronic equipment internal and/or the external temperature data in described electronic equipment space of living in;

The target temperature data that described the first sensing unit is obtained, as initial temperature data, are determined target temperature data according to described initial temperature data and described ambient temperature data.

The application also provides a kind of control device, is applied to electronic equipment, and described electronic equipment comprises display unit, and described device comprises:

Data capture unit, for utilizing the first sensing unit to obtain the target temperature data in the preset range that described display unit shows side, the side that when described demonstration side is described display unit displaying contents, user sees;

Set acquiring unit, for obtaining default correspondence set, described correspondence set comprises the corresponding relation of at least one temperature data and operational order;

Command determination unit, for according to described target temperature data and described correspondence set, determines object run order;

Command response unit, for responding described object run order.

Said apparatus, preferred, described the first sensing unit comprises temperature sensor;

Wherein, described data capture unit, specifically for utilizing described temperature sensor, obtains the target temperature data of the preset range of described display unit demonstration.

Said apparatus, preferred, described command determination unit comprises:

Location positioning subelement, for determining the object run position in described preset range;

Subelement is determined in the first order, for according to described object run position, described target temperature data and described correspondence set, determines object run order;

Said apparatus, preferred, described command determination unit comprises:

Content obtaining subelement, for obtaining the target displaying contents of described display unit in described preset range;

Subelement is determined in the second order, for according to described target displaying contents, described target temperature data and described correspondence set, determines object run order;

Said apparatus, preferred, described command determination unit comprises:

Content is determined subelement, for obtaining the target displaying contents of described display unit in described preset range;

Subelement is determined in the 3rd order, for according to described object run position, described target displaying contents, described target temperature data and described correspondence set, determines object run order.

Said apparatus, preferred, described electronic equipment comprises the second sensing unit, when operating body contacts described the second sensing unit, described the second sensing unit can detect the position data of operating body with respect to described the second sensing unit;

Wherein, described location positioning subelement specifically for:

Said apparatus, preferably, described the first sensing unit comprises array of temperature sensor, described array of temperature sensor comprises at least one temperature sensor, temperature sensor in described array of temperature sensor is distributed in the correspondence position in described preset range, and each described temperature sensor obtains the target temperature data of its position;

Wherein, described location positioning subelement specifically for:

Said apparatus, preferred, described location positioning subelement comprises:

Whether temperature data parsing module, meet default operation trigger condition for resolving the target temperature data that the each temperature sensor of described array of temperature sensor obtains;

Sensor of interest mark module, for temperature sensor that described target temperature data are met to described operation trigger condition as target temperature sensor;

Position data acquisition module, for obtaining the position data of each described target temperature sensor correspondence in described preset range;

Target location determination module, for the position data according to each described target temperature sensor, determines object run position.

Said apparatus, preferred, described corresponding relation is: the signal level value that temperature data is corresponding and the corresponding relation of operational order;

Wherein, described command determination unit comprises:

Data Analysis subelement, for resolving described target temperature data, generates the electric signal corresponding with described target temperature data, and described electric signal comprises at least one signal level value;

Subelement is determined in order, for according to described signal level value and described correspondence set, determines object run order.

Said apparatus, preferred, described device also comprises:

Data updating unit, for after described data capture unit gets described target temperature data, before described command determination unit is determined object run order, utilize the 3rd sensing unit to obtain the ambient temperature data of described display unit, the target temperature data that described the first sensing unit is obtained, as initial temperature data, are determined target temperature data according to described initial temperature data and described ambient temperature data;

Wherein, described ambient temperature data comprises the internal temperature data of described electronic equipment internal and/or the external temperature data in described electronic equipment space of living in.

Said apparatus, preferred, described the first sensing unit is arranged between described display unit and the protected location of described electronic equipment;

Wherein, the demonstration side of described protected location in described display unit, and transmittance on preset direction meets pre-conditionedly, and described preset direction is the direction that described display unit points to described protected location.

From such scheme, a kind of control method and device that the application provides, be applied to electronic equipment, described electronic equipment comprises display unit, utilize the first sensing unit to obtain the target temperature data that described display unit shows the preset range of side, and obtain default correspondence set, according to the corresponding relation of temperature data in described correspondence set and operational order, determine object run order, then respond described object run order, thereby realize user cannot directly carry out hand touch time, trigger the operational order of electronic equipment, realize customer objective, while having avoided existing voice control, there is the situation of other sounds trigger electronic equipment maloperations that are different from user, the application exhales by user or points empty touch screen, the temperature data that simulation finger touch electronic equipment is produced obtains, final definite corresponding operational order response, improve user's experience.Simultaneously, the application is equally applicable to finger touch electronic equipment, the temperature of obtaining electronic equipment is determined the situation of operational order, it is the object that the application not only can realize existing finger touch and obtain electronic equipment touch sensible signal and determine operational order, can also realize the object of non-touch non-voice control electronic equipment, obviously improve user and experience.

Brief description of the drawings

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

The process flow diagram of a kind of control method embodiment mono-that Fig. 1 provides for the application;

Fig. 2 is the structural representation of electronic equipment in the embodiment of the present application one;

Fig. 3 is another structural representation of electronic equipment in the embodiment of the present application one;

Fig. 4 is the another structural representation of electronic equipment in the embodiment of the present application one;

Fig. 5 is the vertical view of electronic equipment in the embodiment of the present application one;

Fig. 6 is the application example figure of the embodiment of the present application one;

The part process flow diagram of a kind of control method embodiment bis-that Fig. 7 provides for the application;

The part process flow diagram of a kind of control method embodiment tri-that Fig. 8 provides for the application;

The part process flow diagram of a kind of control method embodiment tetra-that Fig. 9 provides for the application;

The part process flow diagram of a kind of control method embodiment five that Figure 10 provides for the application;

The part process flow diagram of a kind of control method embodiment six that Figure 11 provides for the application;

The structural representation of a kind of control device embodiment seven that Figure 12 provides for the application;

The part-structure schematic diagram of a kind of control device embodiment eight that Figure 13 provides for the application;

The part-structure schematic diagram of a kind of control device embodiment nine that Figure 14 provides for the application;

The part-structure schematic diagram of a kind of control device embodiment ten that Figure 15 provides for the application;

Figure 16 is the structural representation of location positioning subelement in the embodiment of the present application;

The part-structure schematic diagram of a kind of control device embodiment 11 that Figure 17 provides for the application;

The structural representation of a kind of control device embodiment 12 that Figure 18 provides for the application.

Embodiment

Below in conjunction with the accompanying drawing in the embodiment of the present application, the technical scheme in the embodiment of the present application is clearly and completely described, obviously, described embodiment is only some embodiments of the present application, instead of whole embodiment.Based on the embodiment in the application, those of ordinary skill in the art are not making the every other embodiment obtaining under creative work prerequisite, all belong to the scope of the application's protection.

With reference to figure 1, it shows the process flow diagram of a kind of control method embodiment mono-that the application provides, and described method is applied to electronic equipment, and described electronic equipment comprises display unit, and described method can comprise the following steps:

Step 101: utilize the first sensing unit to obtain the target temperature data in the preset range that described display unit shows side, the side that when described demonstration side is described display unit displaying contents, user sees.

Wherein, described electronic equipment comprises two substrates: first substrate and second substrate; described first substrate is the protected location of described electronic equipment; as glassivation etc.; described protected location is positioned at the demonstration side of described display unit; the transmittance of described protected location on preset direction meets pre-conditioned, and described preset direction is the direction that described display unit points to described protected location.Wherein, the transmittance of described protected location on described preset direction meets pre-conditioned, refers to, user can see through described protected location the displaying contents of described display unit in the demonstration side of described display unit, and display efficiency reaches pre-conditioned.As shown in Figure 2; for the location diagram of protected location described in described electronic equipment and described display unit; described display unit is at a side displaying contents of user oriented and described protected location; described demonstration side is a side of user's displaying contents of seeing described display unit, and the direction that described display unit points to described protected location is described preset direction.

Described the first sensing unit is the components and parts that can obtain temperature data; for the layer structure identical with described protected location with described display unit; and the plan of establishment of described the first sensing unit in described electronic equipment has multiple implementation; wherein; a kind of implementation is; described the first sensing unit is arranged between described display unit and described protected location, and the transmittance of described the first sensing unit on described preset direction meets described pre-conditioned.In this implementation; the refractive index of described the first sensing unit need to be equal to or close to described glass protection unit; make thus the displaying contents of described display unit see through after described the first sensing unit and described protected location; can be obtained by user's eyes; and can not produce divergence of beam or refraction deviation, can not affect user and experience.As shown in Figure 3, for described the first sensing unit is arranged at the structural representation between described protected location and described display unit.

The implementation that arranges of another kind of described the first sensing unit is that described the first sensing unit is arranged at the side in contrast to described demonstration side in described display unit, as shown in Figure 4.

Described in another, the implementation that arranges of the first sensing unit is, described the first sensing unit and described protected location are integrated in same components and parts.This implementation can be understood as: described protected location is the lamination layer structure that is integrated with described the first sensing unit.

Wherein, described preset range refers to the scope of described electronic equipment at the demonstration side contacts air of described display unit, between described preset range and described display unit place components and parts, there is certain distance, corresponding each coordinate figure while comprising described display unit displaying contents, as shown in vertical view and sectional drawing in Fig. 5.

For example, in the time that user need to operate described electronic equipment, can approach or touch by body part the preset range of described electronic equipment, or exhale by the preset range to described electronic equipment, as shown in Figure 6, the impact that makes the preset range of described electronic equipment exhaled by user's body part or user, in position corresponding to each coordinate of described preset range, have part coordinate or all position temperature corresponding to coordinate change, obtain the target temperature data in described preset range by described the first sensing unit.Wherein, described target temperature data comprise current kelvin rating corresponding to each described coordinate in described preset range, or relative temperature changing value corresponding to each described coordinate, or temperature value variation tendency corresponding to each coordinate.Described relative temperature changing value refers to original kelvin rating that each described coordinate is corresponding and the difference of current kelvin rating, as increasing degree value or reduce range value etc.Described temperature value variation tendency refers to the variation tendency of the kelvin rating that each described coordinate is corresponding, as continue to increase, continue to reduce or be increased to continue after a certain temperature value constant etc.

The embodiment of the present application is in the time that application realizes, and described the first sensing unit comprises temperature sensor, and described step 101 specifically can realize in the following manner:

Utilize temperature sensor, obtain the target temperature data in the preset range that described display unit shows side.

The plan of establishment of described temperature sensor please refer to the plan of establishment of above-mentioned the first sensing unit, is not described in detail at this.

Step 102: obtain default correspondence set, described correspondence set comprises the corresponding relation of at least one temperature data and operational order.

Wherein, described step 102 can be carried out with described step 101 simultaneously, can also after described step 101 is complete, carry out.Described set of correspondences is combined in advance and arranges, and it comprises multiple corresponding relations, and each corresponding relation comprises that a temperature data is corresponding with an operational order.Each described corresponding relation can be the corresponding relation of temperature value and operational order, can also meet for temperature value the corresponding relation of pre-conditioned and an operational order, can also meet two or more pre-conditioned and corresponding relations operational order for temperature value.For example, a certain temperature value, a certain temperature change value or a certain temperature changing trend, the operational order of choosing with click is corresponding.

Step 103: according to described target temperature data and described correspondence set, determine object run order.

Wherein, described step 103 specifically can realize by following steps:

In described correspondence set, search the target corresponding relation corresponding with described target temperature data;

Determine the object run order in described target corresponding relation.

For example, target temperature data in described preset range are: the temperature value of a certain target location increases x, the temperature change value that shows this target location is x, and in described correspondence set, exist temperature change value to reach x and choose corresponding corresponding relation with click, thus, according to described temperature change value x and described correspondence set, determine to click and choose as object run order.

And for example, target temperature data in described preset range are: the temperature value of a certain target location is increased to y, and the original kelvin rating with respect to this target location has increased z, in described correspondence set, exist kelvin rating to reach that a(y is greater than a) and temperature change value superelevation b(z is greater than b) with long by the corresponding corresponding relation of order, thus, according to described kelvin rating y and temperature change value z and described correspondence set, determine long by being object run order.

Step 104: respond described object run order.

It should be noted that, described step 104 refers to, triggers described electronic equipment according to operation corresponding to described object run command execution.

For example, after user's electronic equipment receives incoming information, need user to slide or click and connect or hang up corresponding button, now, user can touch key area relevant in the preset range of described electronic equipment by finger virtual connection, and (finger is greater than zero from the distance between electronic equipment, and be less than pre-set limit), or user points the described key area of real contact, or user exhales to described key area, now, the application is by obtaining the target temperature data in described preset range, judge the operation intention of user to described electronic equipment, determine in described key area the operational order that corresponding temperature value or temperature change value choose with click corresponding, determine object run order, connect this call.

From such scheme, a kind of control method embodiment mono-that the application provides, be applied to electronic equipment, described electronic equipment comprises display unit, utilize the first sensing unit to obtain the target temperature data that described display unit shows the preset range of side, and obtain default correspondence set, according to the corresponding relation of temperature data in described correspondence set and operational order, determine object run order, then respond described object run order, thereby realize user cannot directly carry out hand touch time, trigger the operational order of electronic equipment, realize customer objective, while having avoided existing voice control, there is the situation of other sounds trigger electronic equipment maloperations that are different from user, the application exhales by user or points empty touch screen, the temperature data that simulation finger touch electronic equipment is produced obtains, final definite corresponding operational order response, improve user's experience.Simultaneously, the application is equally applicable to finger touch electronic equipment, the temperature of obtaining electronic equipment is determined the situation of operational order, it is the object that the application not only can realize existing finger touch and obtain electronic equipment touch sensible signal and determine operational order, can also realize the object of non-touch non-voice control electronic equipment, obviously improve user and experience.

With reference to figure 7, it shows the part process flow diagram of a kind of control method embodiment bis-that the application provides, and wherein, described step 103 can realize by following steps:

Step 701: obtain the target displaying contents of described display unit in described preset range.

Wherein, described target displaying contents refers to the content that described display unit shows in described preset range.

Step 702: according to described target displaying contents, described target temperature data and described correspondence set, determine object run order;

For example, the target displaying contents of described display unit is the list of QQ space content, described target temperature data show that the temperature value of the first sub-content region in the list of described QQ space content in described preset range is elevated to satisfied default the first limit value, the temperature value of other sub-content regions is constant, and in described correspondence set, determine target corresponding relation, this target corresponding relation is the list of QQ space content, the temperature value of described the first sub-content region is elevated to that to meet the temperature value of default the first limit value and other sub-content regions constant, and the corresponding relation of demonstration QQ space content, thus, determine and show that QQ space content corresponding to described the first sub-content is object run order, in follow-up operation, show QQ space content corresponding to described the first sub-content.For another example, the target displaying contents of described display unit is options menu, an application program of each option link in this menu, described target temperature data show in described preset range in described options menu the temperature value of the second option region be increased to meet default the second limit value and its temperature value and raise after constant lasting duration exceed default the 3rd limit value, the temperature value of other option regions is constant, in described correspondence set, determine target corresponding relation, this target corresponding relation is options menu, after the temperature value of the second option region is increased to and meets default the second limit value and the rising of its temperature value, constant lasting duration exceedes default the 3rd limit value, the temperature value of other option regions is constant, start the corresponding relation of application program, thus, the application program of determining described the second option link of startup is object run order, in follow-up operation, start the application program of described the second option link.

With reference to figure 8, it shows the part process flow diagram of a kind of control method embodiment tri-that the application provides, and wherein, described step 103 can realize by following steps:

Step 801: determine the object run position in described preset range.

Wherein, described object run position comprises position corresponding to local coordinate in described preset range, or position corresponding to all coordinates in described preset range.

Step 802: according to described object run position, described target temperature data and described correspondence set, determine object run order;

For example, described target temperature data show that the temperature value of the primary importance in described preset range is increased to satisfied default the first limit value, the very described object run of described primary importance position, and the target displaying contents of current described display unit is the list of QQ space content, in described correspondence set, determine target corresponding relation, this target corresponding relation is the list of QQ space content, the temperature value of the primary importance in described preset range is increased to the corresponding relation that meets default the first limit value and show QQ space content, thus, determine and show that QQ space content corresponding to described primary importance is object run order, in follow-up operation, show the QQ space content that described primary importance is corresponding.For another example, described target temperature data show that the temperature value of the second place in described preset range is increased to satisfied default the second limit value and the rear constant lasting duration of its temperature value rising exceedes default the 3rd limit value, and the target displaying contents of current described display unit is options menu, an application program of each option link in this menu, in described correspondence set, determine target corresponding relation, this target corresponding relation is options menu, in described preset range the temperature value of the second place be increased to and meet described the second limit value and its temperature value and raise after constant lasting duration exceed described the 3rd limit value and start the corresponding relation of application program, thus, the application program of determining option link corresponding to the described second place of startup is object run order, in follow-up operation, start the application program of option link corresponding to the described second place.

With reference to figure 9, it shows the part process flow diagram of a kind of control method embodiment tetra-that the application provides, and wherein, described step 103 can realize by following steps:

Step 901: determine the object run position in described preset range.

Step 902: obtain the target displaying contents of described display unit in described preset range.

Step 903: according to described object run position, described target displaying contents, described target temperature data and described correspondence set, determine object run order;

For example, described target temperature data show that the temperature value of the primary importance in described preset range is increased to satisfied default the first limit value, the very described object run of described primary importance position, and the target displaying contents of current described display unit is the list of QQ space content, thus, in described correspondence set, determine target corresponding relation, this target corresponding relation is described primary importance, the list of described QQ space content, the temperature value of the primary importance in described preset range is increased to the corresponding relation that meets default the first limit value and show QQ space content, thus, the QQ space content of determining the list information link that shows QQ space corresponding to described primary importance is object run order, in follow-up operation, show the QQ space content of list information link corresponding to described primary importance.

In the application's practical application, described electronic equipment also comprises the second sensing unit, and in the time that operating body contacts described the second sensing unit, described the second sensing unit can detect the position data of operating body with respect to described the second sensing unit;

Wherein, above-mentioned steps 801 or described step 901 can realize in the following manner:

It should be noted that; described electronic equipment comprises two substrates: first substrate and second substrate; described first substrate is described protected location; as glassivation etc.; (plan of establishment of described the first sensing unit please refer to content in the embodiment of the present application one between described first substrate and second substrate, to be provided with described display unit and described the first sensing unit; be not described in detail at this), the plan of establishment of described the second sensing unit can comprise following:

Described the second sensing unit is arranged between described first substrate and described second substrate.For example, in the time that described the first sensing unit is arranged between described display unit and described first substrate, described the second sensing unit can be arranged between described display unit and described the first sensing unit, or be arranged between described display unit and described second substrate, or be arranged between described the first sensing unit and described first substrate, can also be integrated in described display unit and to generate the display unit that is integrated with the second sensing unit.

Wherein, described the second sensing unit can comprise the components and parts such as touch inductor, obtains the position data of the operating body of described the second sensing unit of contact, in the embodiment of the present application, obtains the object run position of operating body in described preset range.

In the application's practical application, described the first sensing unit can comprise an array of temperature sensor, described array of temperature sensor comprises at least one temperature sensor, temperature sensor in described array of temperature sensor is distributed in the correspondence position in described preset range, and each described temperature sensor obtains the target temperature data of its position.

For reduced data calculates, the embodiment of the present application can be uniformly distributed in the temperature sensor in described array of temperature sensor in described preset range, thus, temperature sensor in described array of temperature sensor evenly gets after the target temperature data of its position, forms the target temperature data of whole array of temperature sensor.

Now, described step 801 or described step 901 can realize in the following manner:

Concrete:

First, resolve the target temperature data that in described array of temperature sensor, each temperature sensor obtains and whether meet default operation trigger condition, described operation trigger condition, for setting in advance, shows whether this temperature sensor position is contacted by operating body or exhaled;

Secondly, the temperature sensor that target temperature data are met to described operation trigger condition, as target temperature sensor, is determined the target temperature sensor being uniformly distributed in described preset range;

Again, obtain the position data of each described target temperature sensor correspondence in described preset range, determine the location point that meets described operation trigger condition in described preset range;

Finally, according to the position data of each described target temperature sensor, determine object run position.

Wherein, described corresponding relation is: the signal level value that temperature data is corresponding and the corresponding relation of operational order, and with reference to Figure 10, it shows the part process flow diagram of a kind of control method embodiment five that the application provides, wherein, described step 103 specific implementation in the following manner:

Step 1001: resolve described target temperature data, generate the electric signal corresponding with described target temperature data;

Wherein, described electric signal comprises at least one signal level value.

Wherein, an electric signal of the corresponding generation of described target temperature data, an electric signal comprises multiple signal level values, the temperature data of a coordinate figure in the corresponding described preset range of each signal level value.

Wherein, when the temperature change value that is described preset range in described target temperature data, described step 1001 can comprise following implementation:

Resolve respectively the temperature change value that in described preset range, each coordinate is corresponding and whether meet the 3rd default limit value;

The signal level value corresponding temperature change value that meets described the 3rd limit value is labeled as to 1, the signal level value corresponding temperature change value that does not meet described the 3rd limit value is labeled as to 0;

The electric signal of signal level value composition that in described preset range, all coordinates are corresponding, this electric signal is corresponding with described target temperature data.

Step 1002: basis signal level value and described correspondence set, determine object run order.

Wherein, in described correspondence set, each set of correspondences is combined into signal level value that temperature data is corresponding and the corresponding relation of operational order, thus, after being resolved to electric signal corresponding to target temperature data, determine the object run order corresponding with signal level value in this electric signal.

It should be noted that, described target temperature data are temperature data corresponding to part coordinate in described preset range, and described electric signal comprises the signal level value corresponding to temperature data of each coordinate in this part coordinate.If when described target temperature data are the temperature data that in described preset range, all coordinates are corresponding, described electric signal comprises the signal level value corresponding to temperature data of each coordinate in described preset range.

In the application's practical application, sensitivity to described the first sensing unit is had relatively high expectations, and due to the impact of difference and electronic equipment self temperature of physical environment, there will be the variation of physical environment temperature or the variation of electronic equipment self temperature to produce larger impact to the Output rusults of the first sensing unit, in order to improve the accuracy of the target temperature data that described in the application, the first sensing unit obtains, with reference to Figure 11, it shows the part process flow diagram of a kind of control method embodiment six that the application provides, after described step 101, before described step 103, described method can also comprise the following steps:

Step 105: utilize the 3rd sensing unit to obtain the ambient temperature data of described display unit.

Wherein, described ambient temperature data comprises the internal temperature data of described electronic equipment internal and/or the temperature data in described electronic equipment space of living in.The internal temperature data of described electronic equipment internal can produce heat after referring to the heating of establishing parts in described electronic equipment, affect the degree of accuracy of described the first sensing unit to described target temperature data acquisition, establish parts in described and comprise processor, screen or battery etc.In like manner, the external temperature data in described electronic equipment space of living in refer to the temperature of described electronic equipment place environment, as room temperature etc., as in summer, described electronic equipment when outdoor air themperature apparently higher than outside air temperature in winter, now can affect described display unit and show the temperature in side preset range, make the target temperature data that described the first sensing unit obtains produce variation.

Step 106: according to described ambient temperature data, upgrade described target temperature data.

Wherein, known in the foregoing description, described ambient temperature data can impact the degree of accuracy of described target temperature data to a certain extent, thus, need according to the internal temperature data of described electronic equipment internal and/or the external temperature data in described electronic equipment space of living in, described target temperature data are upgraded, improved its degree of accuracy.

In the time of specific implementation, described step 106 can realize in the following manner:

Obtain the internal temperature data of described electronic equipment internal or the changing value of described external temperature data, described target temperature data are carried out to the increase and decrease operation corresponding with described changing value.

Wherein, described changing value refers to the variable quantity between internal temperature data or described external temperature data and its each self-corresponding preset value of described electronic equipment.Described changing value is negative infinite to the reasonable numerical value between just infinite.

In addition, described step 106 specific implementation in the following manner:

Obtain respectively the first changing value of internal temperature data and second changing value of described external temperature data of described electronic equipment internal;

According to described the first changing value and described the second changing value, respectively described target temperature data are carried out to the increase and decrease operation corresponding with described the second changing value of described the first changing value.

Wherein, described the first changing value refers to the variable quantity between internal temperature data and its corresponding preset value of described electronic equipment internal, described the second changing value refers to the variable quantity between external temperature data and its corresponding preset value in described electronic equipment space of living in, and described the first changing value and described the second changing value are respectively as negative infinite to the reasonable numerical value between just infinite.

From the above, the target temperature data that get in described step 101 are the temperature data of the described preset range obtained of described the first sensing unit, because the temperature of described electronic equipment under open state and the temperature data in described electronic equipment space of living in are not invariable, therefore carrying out temperature in described preset range while obtaining, need to carry out precision to described target temperature data by the temperature in the internal body temperature of described electronic equipment and space of living in thereof.

With reference to Figure 12, the structural representation that it shows a kind of control device embodiment seven that the application provides, is applied to electronic equipment, and described electronic equipment comprises display unit, and described device comprises:

Data capture unit 1201, for utilizing the first sensing unit to obtain the target temperature data in the preset range that described display unit shows side, the side that when described demonstration side is described display unit displaying contents, user sees.

For example, in the time that user need to operate described electronic equipment, can approach or touch by body part the preset range of described electronic equipment, or exhale by the preset range to described electronic equipment, the impact that makes the preset range of described electronic equipment exhaled by user's body part or user, in position corresponding to each coordinate of described preset range, have part coordinate or all position temperature corresponding to coordinate change, obtain the target temperature data in described preset range by described the first sensing unit, as shown in Figure 6.Wherein, described target temperature data comprise current kelvin rating corresponding to each described coordinate in described preset range, or relative temperature changing value corresponding to each described coordinate, or temperature value variation tendency corresponding to each coordinate.Described relative temperature changing value refers to original kelvin rating that each described coordinate is corresponding and the difference of current kelvin rating, as increasing degree value or reduce range value etc.Described temperature value variation tendency refers to the variation tendency of the kelvin rating that each described coordinate is corresponding, as continue to increase, continue to reduce or be increased to continue after a certain temperature value constant etc.

Wherein, described the first sensing unit can be realized by temperature sensor, and now described data capture unit can be by realizing its function with upper type:

Set acquiring unit 1202, for obtaining default correspondence set, described correspondence set comprises the corresponding relation of at least one temperature data and operational order.

Wherein, described set of correspondences is combined in advance and arranges, and it comprises multiple corresponding relations, and each corresponding relation comprises that a temperature data is corresponding with an operational order.Each described corresponding relation can be the corresponding relation of temperature value and operational order, can also meet for temperature value the corresponding relation of pre-conditioned and an operational order, can also meet two or more pre-conditioned and corresponding relations operational order for temperature value.For example, a certain temperature value, a certain temperature change value or a certain temperature changing trend, the operational order of choosing with click is corresponding.

Command determination unit 1203, for according to described target temperature data and described correspondence set, determines object run order.

Wherein, described command determination unit 1203 specifically can realize its function in the following manner:

In described correspondence set, search the target corresponding relation corresponding with described target temperature data, determine the object run order in described target corresponding relation.

Command response unit 1204, for responding described object run order.

From such scheme, a kind of control device embodiment seven that the application provides, be applied to electronic equipment, described electronic equipment comprises display unit, utilize the first sensing unit to obtain the target temperature data that described display unit shows the preset range of side, and obtain default correspondence set, according to the corresponding relation of temperature data in described correspondence set and operational order, determine object run order, then respond described object run order, thereby realize user cannot directly carry out hand touch time, trigger the operational order of electronic equipment, realize customer objective, while having avoided existing voice control, there is the situation of other sounds trigger electronic equipment maloperations that are different from user, the application exhales by user or points empty touch screen, the temperature data that simulation finger touch electronic equipment is produced obtains, final definite corresponding operational order response, improve user's experience.Simultaneously, the application is equally applicable to finger touch electronic equipment, the temperature of obtaining electronic equipment is determined the situation of operational order, it is the object that the application not only can realize existing finger touch and obtain electronic equipment touch sensible signal and determine operational order, can also realize the object of non-touch non-voice control electronic equipment, obviously improve user and experience.

With reference to Figure 13, it shows the part-structure schematic diagram of a kind of control device embodiment eight that the application provides, and wherein, described command determination unit 1203 comprises:

Location positioning subelement S311, for determining the object run position in described preset range.

Subelement S312 is determined in the first order, for according to described object run position, described target temperature data and described correspondence set, determines object run order;

With reference to Figure 14, it shows the part-structure schematic diagram of a kind of control device embodiment nine that the application provides, and wherein, described command determination unit 1203 comprises:

Content obtaining subelement S321, for obtaining the target displaying contents of described display unit in described preset range.

Subelement S322 is determined in the second order, for according to described target displaying contents, described target temperature data and described correspondence set, determines object run order;

With reference to Figure 15, it shows the part-structure schematic diagram of a kind of control device embodiment ten that the application provides, and wherein, described command determination unit 1203 comprises:

Location positioning subelement S331, for determining the object run position in described preset range;

Content is determined subelement S332, for obtaining the target displaying contents of described display unit in described preset range;

Subelement S333 is determined in the 3rd order, for according to described object run position, described target displaying contents, described target temperature data and described correspondence set, determines object run order.

In the application's practical application, described electronic equipment also comprises the second sensing unit, and when operating body contacts described the second sensing unit, described the second sensing unit can detect the position data of operating body with respect to described the second sensing unit;

Wherein, described location positioning subelement S311 or described location positioning subelement S331 can realize its function separately in the following manner:

Now, described location positioning subelement S311 or described location positioning subelement S331 its function separately of specific implementation in the following manner:

Concrete, with reference to Figure 16, be the structural representation of described location positioning subelement, described location positioning subelement S311 or described location positioning subelement S331 comprise:

Whether temperature data parsing module 1601, meet default operation trigger condition for resolving the target temperature data that the each temperature sensor of described array of temperature sensor obtains;

Sensor of interest mark module 1602, for temperature sensor that described target temperature data are met to described operation trigger condition as target temperature sensor;

Position data acquisition module 1603, for obtaining the position data of each described target temperature sensor correspondence in described preset range;

Target location determination module 1604, for the position data according to each described target temperature sensor, determines object run position.

Wherein, described corresponding relation is: the signal level value that temperature data is corresponding and the corresponding relation of operational order, and with reference to Figure 17, the part-structure schematic diagram of a kind of control device embodiment 11 providing for the application, wherein, described command determination unit 1203 comprises:

Data Analysis subelement S341, for resolving described target temperature data, generates the electric signal corresponding with described target temperature data, and described electric signal comprises at least one signal level value.

Wherein, when the temperature change value that is described preset range in described target temperature data, described Data Analysis subelement S341 can comprise that following implementation realizes its function:

Subelement S342 is determined in order, for according to described signal level value and described correspondence set, determines object run order.

In the application's practical application, sensitivity to described the first sensing unit is had relatively high expectations, and due to the impact of difference and electronic equipment self temperature of physical environment, there will be the variation of physical environment temperature or the variation of electronic equipment self temperature to produce larger impact to the Output rusults of the first sensing unit, in order to improve the accuracy of the target temperature data that described in the application, the first sensing unit obtains, with reference to Figure 18, the structural representation of a kind of control device embodiment 12 providing for the application, described device also comprises:

Data updating unit 1205, for after described data capture unit 1201 gets described target temperature data, before described command determination unit 1203 is determined object run order, utilize the 3rd sensing unit to obtain the ambient temperature data of described display unit, the target temperature data that described the first sensing unit is obtained, as initial temperature data, are determined target temperature data according to described initial temperature data and described ambient temperature data;

Known in the foregoing description, described ambient temperature data can impact the degree of accuracy of described target temperature data to a certain extent, thus, need according to the internal temperature data of described electronic equipment internal and/or the external temperature data in described electronic equipment space of living in, described target temperature data are upgraded, improved its degree of accuracy.

Described data updating unit 1205, at the described ambient temperature data of foundation, while upgrading described target temperature data, can realize in the following manner:

In addition, described data updating unit 1205, at the described ambient temperature data of foundation, while upgrading described target temperature data, can also realize in the following manner:

From the above, the target temperature data that get in described data capture unit 1201 are the temperature data of the described preset range obtained of described the first sensing unit, because the temperature of described electronic equipment under open state and the temperature data in described electronic equipment space of living in are not invariable, therefore carrying out temperature in described preset range while obtaining, need to carry out precision to described target temperature data by the temperature in the internal body temperature of described electronic equipment and space of living in thereof.

It should be noted that, each embodiment in this instructions all adopts the mode of going forward one by one to describe, and what each embodiment stressed is and the difference of other embodiment, between each embodiment identical similar part mutually referring to.

Finally, also it should be noted that, in this article, relational terms such as the first and second grades is only used for an entity or operation to separate with another entity or operational zone, and not necessarily requires or imply and between these entities or operation, have the relation of any this reality or sequentially.And, term " comprises ", " comprising " or its any other variant are intended to contain comprising of nonexcludability, thereby the process, method, article or the equipment that make to comprise a series of key elements not only comprise those key elements, but also comprise other key elements of clearly not listing, or be also included as the intrinsic key element of this process, method, article or equipment.The in the situation that of more restrictions not, the key element being limited by statement " comprising ... ", and be not precluded within process, method, article or the equipment that comprises described key element and also have other identical element.

Above a kind of control method provided by the present invention and device are described in detail, applied specific case herein principle of the present invention and embodiment are set forth, the explanation of above embodiment is just for helping to understand method of the present invention and core concept thereof; , for one of ordinary skill in the art, according to thought of the present invention, all will change in specific embodiments and applications, in sum, this description should not be construed as the restriction to the application meanwhile.

Claims

1. a control method, is characterized in that, is applied to electronic equipment, and described electronic equipment comprises display unit, and described method comprises:

Respond described object run order.

2. method according to claim 1, is characterized in that, described the first sensing unit comprises temperature sensor, and described first sensing unit that utilizes obtains the target temperature data that described display unit shows the preset range of side, comprising:

3. method according to claim 1, is characterized in that, the described target temperature data of described foundation and described correspondence set, determine object run order, comprising:

Determine the object run position in described preset range;

4. method according to claim 1, is characterized in that, the described target temperature data of described foundation and described correspondence set, determine object run order, comprising:

5. method according to claim 1, is characterized in that, the described target temperature data of described foundation and described correspondence set, determine object run order, comprising:

Determine the object run position in described preset range;

6. according to the method described in claim 3 or 5, it is characterized in that, described electronic equipment also comprises the second sensing unit, and in the time that operating body contacts described the second sensing unit, described the second sensing unit can detect the position data of operating body with respect to described the second sensing unit;

7. according to the method described in claim 3 or 5, it is characterized in that, described the first sensing unit comprises array of temperature sensor, described array of temperature sensor comprises at least one temperature sensor, temperature sensor in described array of temperature sensor is distributed in the correspondence position in described preset range, and each described temperature sensor obtains the target temperature data of its position;

8. method according to claim 7, is characterized in that, the correspondence position in the target temperature data that in the described array of temperature sensor of described foundation, each described temperature sensor obtains and the described preset range of each leisure thereof, determines object run position, comprising:

9. method according to claim 1, is characterized in that, described corresponding relation is: the signal level value that temperature data is corresponding and the corresponding relation of operational order;

10. method according to claim 1, is characterized in that, utilizes after the first sensing unit obtains the target temperature data in the preset range that described display unit shows side described, and before described definite object run order, described method also comprises:

11. 1 kinds of control device, is characterized in that, are applied to electronic equipment, and described electronic equipment comprises display unit, and described device comprises:

Command response unit, for responding described object run order.

12. devices according to claim 11, is characterized in that, described the first sensing unit comprises temperature sensor;

13. devices according to claim 11, is characterized in that, described command determination unit comprises:

14. devices according to claim 11, is characterized in that, described command determination unit comprises:

15. devices according to claim 11, is characterized in that, described command determination unit comprises:

16. according to the device described in claim 13 or 15, it is characterized in that, described electronic equipment comprises the second sensing unit, and when operating body contacts described the second sensing unit, described the second sensing unit can detect the position data of operating body with respect to described the second sensing unit;

Wherein, described location positioning subelement specifically for:

17. according to the device described in claim 13 or 15, it is characterized in that, described the first sensing unit comprises array of temperature sensor, described array of temperature sensor comprises at least one temperature sensor, temperature sensor in described array of temperature sensor is distributed in the correspondence position in described preset range, and each described temperature sensor obtains the target temperature data of its position;

Wherein, described location positioning subelement specifically for:

18. devices according to claim 17, is characterized in that, described location positioning subelement comprises:

19. devices according to claim 11, is characterized in that, described corresponding relation is: the signal level value that temperature data is corresponding and the corresponding relation of operational order;

Wherein, described command determination unit comprises:

20. devices according to claim 11, is characterized in that, described device also comprises:

21. devices according to claim 11, is characterized in that, described the first sensing unit is arranged between described display unit and the protected location of described electronic equipment;