CN104808931B - A kind of information processing method and electronic equipment - Google Patents
A kind of information processing method and electronic equipment Download PDFInfo
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- CN104808931B CN104808931B CN201510208941.9A CN201510208941A CN104808931B CN 104808931 B CN104808931 B CN 104808931B CN 201510208941 A CN201510208941 A CN 201510208941A CN 104808931 B CN104808931 B CN 104808931B
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Abstract
The invention discloses a kind of information processing method and electronic equipments, and wherein method includes: to obtain N number of first parameter sensing respectively by N number of first sensing unit；The corresponding deformation parameter in the N number of position of the electronic equipment is calculated according to N number of first parameter sensing；Based on the corresponding deformation parameter in the N number of position, judge whether the electronic equipment meets the first preset condition；Wherein, first preset condition characterizes at least one deformation parameter in the corresponding deformation parameter in N number of position more than corresponding deformation threshold value；If the electronic equipment meets the first preset condition, generates and export the first prompt.
Description
Technical field
The present invention relates to the intelligent terminal technology of the communications field more particularly to a kind of information processing methods and electronic equipment.
Background technique
Currently, more and more electronic equipments tend to intelligent, also begins to appear in the form of electronic equipment to make and change
Into idea, for example, there is the electronic equipment for having flexible screen to more adapt to various use environments.But when using soft
When the electronic equipment of property screen, the bending that user may make electronic equipment excessive makes electronic equipment the damage of unrepairable occur.
Summary of the invention
To solve technical problem of the existing technology, the embodiment of the present invention provides a kind of information processing method and electronics is set
It is standby.
In order to achieve the above objectives, the technical scheme of the present invention is realized as follows:
The embodiment of the invention provides a kind of information processing methods, are applied to electronic equipment, the electronic equipment has N number of
First sensing unit, N are the positive integer more than or equal to 1；N number of first sensing unit is respectively arranged at the electronic equipment
N number of position；The described method includes:
N number of first parameter sensing is obtained respectively by N number of first sensing unit；
The corresponding deformation parameter in the N number of position of the electronic equipment is calculated according to N number of first parameter sensing；
Based on the corresponding deformation parameter in the N number of position, judge whether the electronic equipment meets the first preset condition；Its
In, it is more than to correspond to that first preset condition, which characterizes at least one deformation parameter in the corresponding deformation parameter in N number of position,
Deformation threshold value；
If the electronic equipment meets the first preset condition, generates and export the first prompt.
It is described that the corresponding shape in the N number of position of the electronic equipment is calculated according to N number of parameter sensing in above scheme
Variable element, comprising:
According to N number of first parameter sensing, the corresponding parameter variation value in the N number of position of the electronic equipment is determined respectively；
According to the corresponding parameter variation value in the N number of position, the corresponding deformation values in N number of position and deformation side are determined
To；
Using N number of corresponding deformation values in position and the deformation direction as the deformation parameter.
It include pressure sensor in first sensing unit in above scheme.
It is described to judge whether the electronic equipment meets the first preset condition in above scheme, comprising:
Based on the position of the deformation parameter, the corresponding deformation threshold value in the position is obtained；
Judge whether the deformation parameter extracted is more than the corresponding deformation threshold value, when more than the corresponding deformation
When threshold value, determine that the electronic equipment meets the first preset condition.
It is described to judge whether the electronic equipment meets the first preset condition in above scheme, comprising:
Deformation parameter is successively extracted from N number of deformation parameter；
Deformation direction in position and the deformation parameter based on the deformation parameter extracted is chosen corresponding
Deformation threshold value；
Judge whether the deformation values in the deformation parameter are more than the deformation threshold value, if it exceeds the corresponding deformation
Threshold value determines that the electronic equipment meets the first preset condition.
In above scheme, the electronic equipment further include: the second sensing unit；
Correspondingly, described generate and issue the first prompt, comprising:
The second parameter sensing is got using second sensing unit；
The environmental parameter of the electronic equipment is determined based on second parameter sensing；
According to the environmental parameter of the electronic equipment, the type attribute of prompt is determined；
According to the type attribute of the prompt, the first prompt is generated and issued.
The embodiment of the invention also provides a kind of electronic equipment, the electronic equipment include: N number of first sensing unit and
Processing unit；N number of first sensing unit is respectively arranged at N number of position of the electronic equipment；N is just more than or equal to 1
Integer；Wherein,
First sensing unit, for obtaining the first parameter sensing；
The processing unit, for the N number of position pair of the electronic equipment to be calculated according to N number of first parameter sensing
The deformation parameter answered；Based on the corresponding deformation parameter in the N number of position, judge whether the electronic equipment meets the first default item
Part；Wherein, at least one deformation parameter that first preset condition characterizes in the corresponding deformation parameter in N number of position is more than
Corresponding deformation threshold value；If the electronic equipment meets the first preset condition, generates and export the first prompt.
In above scheme, described processing unit is specifically used for determining institute respectively according to N number of first parameter sensing
State the corresponding parameter variation value in the N number of position of electronic equipment；According to the corresponding parameter variation value in the N number of position, determine described N number of
The corresponding deformation values in position and deformation direction；Using N number of corresponding deformation values in position and the deformation direction as institute
State deformation parameter.
It include pressure sensor in first sensing unit in above scheme.
In above scheme, the processing unit obtains the position pair specifically for the position based on the deformation parameter
The deformation threshold value answered；Judge whether the deformation parameter extracted is more than the corresponding deformation threshold value, when more than the correspondence
Deformation threshold value when, determine that the electronic equipment meets the first preset condition.
In above scheme, the processing unit, specifically for successively extracting deformation parameter from N number of deformation parameter；
Deformation direction in position and the deformation parameter based on the deformation parameter extracted, chooses corresponding deformation threshold
Value；Judge whether the deformation values in the deformation parameter are more than the deformation threshold value, if it exceeds the corresponding deformation threshold value,
Determine that the electronic equipment meets the first preset condition.
In above scheme, the electronic equipment further include: the second sensing unit；
Correspondingly, the processing unit, joins specifically for getting the second sensing using second sensing unit
Number；The environmental parameter of the electronic equipment is determined based on second parameter sensing；According to the environmental parameter of the electronic equipment,
Determine the type attribute of prompt；According to the type attribute of the prompt, the first prompt is generated and issued.
Information processing method and electronic equipment provided by the present invention, by N number of position on an electronic device is arranged
First parameter sensing of one sensing unit, and then judge whether the deformation of the electronic equipment surpasses according to first parameter sensing
Threshold value is crossed, if it exceeds just the first prompt of output.To, can by the deformation in electronic equipment be more than certain threshold value when
It waits, reminds user by prompting, guarantee the safety of electronic equipment.
Detailed description of the invention
Fig. 1 is information processing method of embodiment of the present invention flow diagram；
Fig. 2 is the first sensing unit of embodiment of the present invention distribution schematic diagram；
Fig. 3 is the schematic diagram that the embodiment of the present invention gets deformation parameter；
Fig. 4 is electronic equipment of embodiment of the present invention composed structure schematic diagram.
Specific embodiment
With reference to the accompanying drawing and specific embodiment the present invention is further described in more detail.
Embodiment one,
The embodiment of the invention provides a kind of information processing methods, are applied to electronic equipment, the electronic equipment has N number of
First sensing unit, N are the positive integer more than or equal to 1；N number of first sensing unit is respectively arranged at the electronic equipment
N number of position；As shown in Figure 1, which comprises
Step 101: N number of first parameter sensing is obtained by N number of first sensing unit respectively；
Step 102: the corresponding deformation in the N number of position of the electronic equipment is calculated according to N number of first parameter sensing
Parameter；
Step 103: being based on the corresponding deformation parameter in N number of position, it is pre- to judge whether the electronic equipment meets first
If condition；Wherein, first preset condition characterizes at least one deformation parameter in the corresponding deformation parameter in N number of position
More than corresponding deformation threshold value；
Step 104: if the electronic equipment meets the first preset condition, generating and export the first prompt.
Here, the electronic equipment can be the smart phone for having flexible screen, or have the plate of flexible screen
Computer.
N number of first sensing unit can be pressure sensor；Correspondingly, the first parameter sensing can be pressure value.
The location of N number of first sensing unit described in the present embodiment can be the different positions in electronic equipment flexible screen
It sets, can be to be evenly distributed in the flexible screen, for example in Fig. 2,12 are provided in the flexible screen of electronic equipment
First sensing unit.It is described first parameter sensing is got by the first sensing unit can be with are as follows: obtained by pressure sensor
To the pressure value of the electronic equipment corresponding position.
It is described that the corresponding deformation parameter in the N number of position of the electronic equipment is calculated according to N number of first parameter sensing
It can be with are as follows: extract the first parameter sensing from N number of first parameter sensing one by one, utilize first parameter sensing of extraction
The deformation parameter at the electronic equipment corresponding position of the first parameter sensing is calculated.The deformation parameter can be pair
Answer the deformation angle at position.For example, if first parameter sensing is zero, then deformation angle can be zero；If described
One parameter sensing is ten, then deformation angle can be 80 degree.The deformation threshold value can be 60 degree.
As it can be seen that by using above scheme, first of the first sensing unit by N number of position on an electronic device is arranged
Parameter sensing, and then judge whether the deformation of the electronic equipment is more than threshold value according to first parameter sensing, if it exceeds
With regard to the first prompt of output.To be reminded by prompting when being more than certain threshold value by the deformation in electronic equipment
User guarantees the safety of electronic equipment.
Embodiment two,
The embodiment of the invention provides a kind of information processing methods, are applied to electronic equipment, the electronic equipment has N number of
First sensing unit, N are the positive integer more than or equal to 1；N number of first sensing unit is respectively arranged at the electronic equipment
N number of position；As shown in Figure 1, which comprises
Step 101: N number of first parameter sensing is obtained by N number of first sensing unit respectively；
Step 102: the corresponding deformation in the N number of position of the electronic equipment is calculated according to N number of first parameter sensing
Parameter；
Step 103: being based on the corresponding deformation parameter in N number of position, it is pre- to judge whether the electronic equipment meets first
If condition；Wherein, first preset condition characterizes at least one deformation parameter in the corresponding deformation parameter in N number of position
More than corresponding deformation threshold value；
Step 104: if the electronic equipment meets the first preset condition, generating and export the first prompt.
Here, the electronic equipment can be the smart phone for having flexible screen, or have the plate of flexible screen
Computer.
N number of first sensing unit can be pressure sensor；Correspondingly, the first parameter sensing can be pressure value.
The location of N number of first sensing unit described in the present embodiment can be the different positions in electronic equipment flexible screen
It sets.It is described first parameter sensing is got by the first sensing unit can be with are as follows: the electronics is got by pressure sensor
The pressure value of equipment corresponding position.
It is described that the corresponding deformation parameter in the N number of position of the electronic equipment is calculated according to N number of parameter sensing, it can be with
Include:
According to N number of first parameter sensing, the corresponding parameter variation value in the N number of position of the electronic equipment is determined respectively；
According to the corresponding parameter variation value in the N number of position, the corresponding deformation values in N number of position and deformation direction are determined；By institute
The corresponding deformation values in N number of position and the deformation direction are stated as the deformation parameter.
Wherein, the mode of the corresponding parameter variation value in the N number of position of the determination electronic equipment can be with are as follows: gets N
A first sensing unit obtains the first parameter sensing and this period of upper a cycle in the first parameter sensing of upper a cycle
N number of first parameter sensing got subtracts each other, and obtains each corresponding parameter variation value of the first parameter sensing.
It is described according to the corresponding parameter variation value in the N number of position, determine that the corresponding deformation values in N number of position can wrap
It includes:
A position in N number of position is selected one by one as first position；
Choose deformation reference position of at least one position in preset range as the first position；
Using the corresponding parameter variation value in the first position and multiple deformation reference positions, it is calculated described first
The deformation values of position.
Wherein, the preset range can be one or more positions adjacent with the first position in all directions
It sets；For example, can choose to reduce computation complexity in a upper and lower, left and right position adjacent with the first position.
The mode of the deformation values that the first position is calculated can be with are as follows: when the Parameters variation of the first position
When value is greater than the parameter variation value of the reference position, according to the parameter variation value of the first position and the reference position
The ratio of parameter variation value determines the deformation values of the first position.
Further, N number of first sensing unit, i.e. pressure sensor can be arranged two layers in the lower section of flexible screen,
I.e. every layer has 2/N the first parameter sensings；Correspondingly, the corresponding nyctitropic method of shape in the determination N number of position can
With are as follows:
A position in N number of position is selected one by one as first position；
Choose deformation reference position of at least one position in preset range as the first position；
Utilize corresponding two ginsengs of two parameter variation values of the first position and multiple deformation reference positions
Number changing value, is calculated the deformation direction of the first position.
Wherein, the preset range can be one or more positions adjacent with the first position in all directions
It sets；For example, can choose to reduce computation complexity in a upper and lower, left and right position adjacent with the first position.
The nyctitropic mode of shape that the first position is calculated can be with are as follows: when the parameter of the first position becomes
When change value is greater than the parameter variation value of the reference position, judge whether two parameter variation values of the first position are equal,
If unequal, the corresponding direction of a biggish parameter variation value in two parameter variation values, the as described first position
Deformation direction.
As it can be seen that by using above scheme, first of the first sensing unit by N number of position on an electronic device is arranged
Parameter sensing, and then judge whether the deformation of the electronic equipment is more than threshold value according to first parameter sensing, if it exceeds
With regard to the first prompt of output.To be reminded and be used by prompt when being more than certain threshold value by the deformation in electronic equipment
Family guarantees the safety of electronic equipment.
Embodiment three,
The embodiment of the invention provides a kind of information processing methods, are applied to electronic equipment, the electronic equipment has N number of
First sensing unit, N are the positive integer more than or equal to 1；N number of first sensing unit is respectively arranged at the electronic equipment
N number of position；As shown in Figure 1, which comprises
Step 101: N number of first parameter sensing is obtained by N number of first sensing unit respectively；
Step 102: the corresponding deformation in the N number of position of the electronic equipment is calculated according to N number of first parameter sensing
Parameter；
Step 103: being based on the corresponding deformation parameter in N number of position, it is pre- to judge whether the electronic equipment meets first
If condition；Wherein, first preset condition characterizes at least one deformation parameter in the corresponding deformation parameter in N number of position
More than corresponding deformation threshold value；
Step 104: if the electronic equipment meets the first preset condition, generating and export the first prompt.
Here, the electronic equipment can be the smart phone for having flexible screen, or have the plate of flexible screen
Computer.
N number of first sensing unit can be pressure sensor；Correspondingly, the first parameter sensing can be pressure value.
The location of N number of first sensing unit described in the present embodiment can be the different positions in electronic equipment flexible screen
It sets.It is described first parameter sensing is got by the first sensing unit can be with are as follows: the electronics is got by pressure sensor
The pressure value of equipment corresponding position.
It is described that the corresponding deformation parameter in the N number of position of the electronic equipment is calculated according to N number of parameter sensing, it can be with
Include:
According to N number of first parameter sensing, the corresponding parameter variation value in the N number of position of the electronic equipment is determined respectively；
According to the corresponding parameter variation value in the N number of position, the corresponding deformation values in N number of position and deformation direction are determined；By institute
The corresponding deformation values in N number of position and the deformation direction are stated as the deformation parameter.
Wherein, the mode of the corresponding parameter variation value in the N number of position of the determination electronic equipment can be with are as follows: gets N
A first sensing unit obtains the first parameter sensing and this period of upper a cycle in the first parameter sensing of upper a cycle
N number of first parameter sensing got subtracts each other, and obtains each corresponding parameter variation value of the first parameter sensing.
It is described according to the corresponding parameter variation value in the N number of position, determine that the corresponding deformation values in N number of position can wrap
It includes:
A position in N number of position is selected one by one as first position；
Choose deformation reference position of at least one position in preset range as the first position；
Using the corresponding parameter variation value in the first position and multiple deformation reference positions, it is calculated described first
The deformation values of position.
Wherein, the preset range can be one or more positions adjacent with the first position in all directions
It sets；For example, can choose to reduce computation complexity in a upper and lower, left and right position adjacent with the first position.
The mode of the deformation values that the first position is calculated can be with are as follows: when the Parameters variation of the first position
When value is greater than the parameter variation value of the reference position, according to the parameter variation value of the first position and the reference position
The ratio of parameter variation value determines the deformation values of the first position.
Further, N number of first sensing unit, i.e. pressure sensor can be arranged two layers in the lower section of flexible screen,
I.e. every layer has 2/N the first parameter sensings；Correspondingly, the corresponding nyctitropic method of shape in the determination N number of position can
With are as follows: a position in N number of position is selected one by one as first position；Choose at least one position conduct in preset range
The deformation reference position of the first position；It is referred to using two parameter variation values of the first position and multiple deformation
Corresponding two parameter variation values in position, are calculated the deformation direction of the first position.
Wherein, the preset range can be one or more positions adjacent with the first position in all directions
It sets；For example, can choose to reduce computation complexity in a upper and lower, left and right position adjacent with the first position.
The nyctitropic mode of shape that the first position is calculated can be with are as follows: when the parameter of the first position becomes
When change value is greater than the parameter variation value of the reference position, judge whether two parameter variation values of the first position are equal,
If unequal, the corresponding direction of a biggish parameter variation value in two parameter variation values, the as described first position
Deformation direction.
It is described to judge whether the electronic equipment meets the first preset condition, comprising:
Based on the position of the deformation parameter, the corresponding deformation threshold value in the position is obtained；
Judge whether the deformation parameter extracted is more than the corresponding deformation threshold value, when more than the corresponding deformation
When threshold value, determine that the electronic equipment meets the first preset condition.
Wherein, the position based on the deformation parameter, obtaining the corresponding deformation threshold value in the position can be according to
The deformation threshold value being actually configured, for example, it is same threshold that the corresponding deformation threshold value in the position, which can be set, for example, can
To be set as 60 degree；I.e. when electronic equipment bends to 60 degree, that is, meet the first preset condition.
Alternatively, can also be arranged deformation threshold value positioned at the middle position of the flexible screen is larger, setting be located at it is described soft
The deformation threshold value of the surrounding position of property screen is smaller；Alternatively, deformation threshold value of the setting positioned at the flexible screen middle position is smaller, sets
It is smaller setting in the deformation threshold value of flexible screen surrounding position.
As it can be seen that by using above scheme, first of the first sensing unit by N number of position on an electronic device is arranged
Parameter sensing, and then judge whether the deformation of the electronic equipment is more than threshold value according to first parameter sensing, if it exceeds
With regard to the first prompt of output.To be reminded and be used by prompt when being more than certain threshold value by the deformation in electronic equipment
Family guarantees the safety of electronic equipment.
Example IV,
The embodiment of the invention provides a kind of information processing methods, are applied to electronic equipment, the electronic equipment has N number of
First sensing unit, N are the positive integer more than or equal to 1；N number of first sensing unit is respectively arranged at the electronic equipment
N number of position；As shown in Figure 1, which comprises
Step 101: N number of first parameter sensing is obtained by N number of first sensing unit respectively；
Step 102: the corresponding deformation in the N number of position of the electronic equipment is calculated according to N number of first parameter sensing
Parameter；
Step 103: being based on the corresponding deformation parameter in N number of position, it is pre- to judge whether the electronic equipment meets first
If condition；Wherein, first preset condition characterizes at least one deformation parameter in the corresponding deformation parameter in N number of position
More than corresponding deformation threshold value；
Step 104: if the electronic equipment meets the first preset condition, generating and export the first prompt.
Here, the electronic equipment can be the smart phone for having flexible screen, or have the plate of flexible screen
Computer.
N number of first sensing unit can be pressure sensor；Correspondingly, the first parameter sensing can be pressure value.
The location of N number of first sensing unit described in the present embodiment can be the different positions in electronic equipment flexible screen
It sets.It is described first parameter sensing is got by the first sensing unit can be with are as follows: the electronics is got by pressure sensor
The pressure value of equipment corresponding position.
It is described that the corresponding deformation parameter in the N number of position of the electronic equipment is calculated according to N number of parameter sensing, it can be with
Include:
According to N number of first parameter sensing, the corresponding parameter variation value in the N number of position of the electronic equipment is determined respectively；
According to the corresponding parameter variation value in the N number of position, the corresponding deformation values in N number of position and deformation direction are determined；By institute
The corresponding deformation values in N number of position and the deformation direction are stated as the deformation parameter.
Wherein, the mode of the corresponding parameter variation value in the N number of position of the determination electronic equipment can be with are as follows: gets N
A first sensing unit obtains the first parameter sensing and this period of upper a cycle in the first parameter sensing of upper a cycle
N number of first parameter sensing got subtracts each other, and obtains each corresponding parameter variation value of the first parameter sensing.
It is described according to the corresponding parameter variation value in the N number of position, determine that the corresponding deformation values in N number of position can wrap
It includes:
A position in N number of position is selected one by one as first position；
Choose deformation reference position of at least one position in preset range as the first position；
Using the corresponding parameter variation value in the first position and multiple deformation reference positions, it is calculated described first
The deformation values of position.
Wherein, the preset range can be one or more positions adjacent with the first position in all directions
It sets；For example, can choose to reduce computation complexity in a upper and lower, left and right position adjacent with the first position.
The mode of the deformation values that the first position is calculated can be with are as follows: when the Parameters variation of the first position
When value is greater than the parameter variation value of the reference position, according to the parameter variation value of the first position and the reference position
The ratio of parameter variation value determines the deformation values of the first position.
Further, N number of first sensing unit, i.e. pressure sensor can be arranged two layers in the lower section of flexible screen,
I.e. every layer has N/2 the first parameter sensings；Correspondingly, the corresponding nyctitropic method of shape in the determination N number of position can
With are as follows:
A position in N number of position is selected one by one as first position；
Choose deformation reference position of at least one position in preset range as the first position；
Utilize corresponding two ginsengs of two parameter variation values of the first position and multiple deformation reference positions
Number changing value, is calculated the deformation direction of the first position.
Wherein, the preset range can be one or more positions adjacent with the first position in all directions
It sets；For example, can choose to reduce computation complexity in a upper and lower, left and right position adjacent with the first position.
The nyctitropic mode of shape that the first position is calculated can be with are as follows: when the parameter of the first position becomes
When change value is greater than the parameter variation value of the reference position, judge whether two parameter variation values of the first position are equal,
If unequal, the corresponding direction of a biggish parameter variation value in two parameter variation values, the as described first position
Deformation direction.
It is described to judge whether the electronic equipment meets the first preset condition, comprising:
Deformation parameter is successively extracted from N number of deformation parameter；
Deformation direction in position and the deformation parameter based on the deformation parameter extracted is chosen corresponding
Deformation threshold value；
Judge whether the deformation values in the deformation parameter are more than the deformation threshold value, if it exceeds the corresponding deformation
Threshold value determines that the electronic equipment meets the first preset condition.
The position based on the deformation parameter, obtain the corresponding deformation threshold value in the position can according to actually into
The deformation threshold value of row setting, for example, it is same threshold that the corresponding deformation threshold value in the position, which can be set, for example, can be set
It is 60 degree；I.e. when electronic equipment bends to 60 degree, that is, meet the first preset condition.
Alternatively, can also be arranged deformation threshold value positioned at the middle position of the flexible screen is larger, setting be located at it is described soft
The deformation threshold value of the surrounding position of property screen is smaller；Alternatively, deformation threshold value of the setting positioned at the flexible screen middle position is smaller, sets
It is smaller setting in the deformation threshold value of flexible screen surrounding position.
As it can be seen that by using above scheme, first of the first sensing unit by N number of position on an electronic device is arranged
Parameter sensing, and then judge whether the deformation of the electronic equipment is more than threshold value according to first parameter sensing, if it exceeds
With regard to the first prompt of output.To be reminded and be used by prompt when being more than certain threshold value by the deformation in electronic equipment
Family guarantees the safety of electronic equipment.
Embodiment five,
The embodiment of the invention provides a kind of information processing methods, are applied to electronic equipment, the electronic equipment has N number of
First sensing unit, N are the positive integer more than or equal to 1；N number of first sensing unit is respectively arranged at the electronic equipment
N number of position；As shown in Figure 1, which comprises
Step 101: N number of first parameter sensing is obtained by N number of first sensing unit respectively；
Step 102: the corresponding deformation in the N number of position of the electronic equipment is calculated according to N number of first parameter sensing
Parameter；
Step 103: being based on the corresponding deformation parameter in N number of position, it is pre- to judge whether the electronic equipment meets first
If condition；Wherein, first preset condition characterizes at least one deformation parameter in the corresponding deformation parameter in N number of position
More than corresponding deformation threshold value；
Step 104: if the electronic equipment meets the first preset condition, generating and export the first prompt.
Here, the electronic equipment can be the smart phone for having flexible screen, or have the plate of flexible screen
Computer.
N number of first sensing unit can be pressure sensor；Correspondingly, the first parameter sensing can be pressure value.
The location of N number of first sensing unit described in the present embodiment can be the different positions in electronic equipment flexible screen
It sets.It is described first parameter sensing is got by the first sensing unit can be with are as follows: the electronics is got by pressure sensor
The pressure value of equipment corresponding position.
It is described that the corresponding deformation parameter in the N number of position of the electronic equipment is calculated according to N number of parameter sensing, it can be with
Include:
According to N number of first parameter sensing, the corresponding parameter variation value in the N number of position of the electronic equipment is determined respectively；
According to the corresponding parameter variation value in the N number of position, the corresponding deformation values in N number of position and deformation direction are determined；By institute
The corresponding deformation values in N number of position and the deformation direction are stated as the deformation parameter.
Wherein, the mode of the corresponding parameter variation value in the N number of position of the determination electronic equipment can be with are as follows: gets N
A first sensing unit obtains the first parameter sensing and this period of upper a cycle in the first parameter sensing of upper a cycle
N number of first parameter sensing got subtracts each other, and obtains each corresponding parameter variation value of the first parameter sensing.
It is described according to the corresponding parameter variation value in the N number of position, determine that the corresponding deformation values in N number of position can wrap
It includes:
A position in N number of position is selected one by one as first position；
Choose deformation reference position of at least one position in preset range as the first position；
Using the corresponding parameter variation value in the first position and multiple deformation reference positions, it is calculated described first
The deformation values of position.
Wherein, the preset range can be one or more positions adjacent with the first position in all directions
It sets；For example, can choose to reduce computation complexity in a upper and lower, left and right position adjacent with the first position.
The mode of the deformation values that the first position is calculated can be with are as follows: when the Parameters variation of the first position
When value is greater than the parameter variation value of the reference position, according to the parameter variation value of the first position and the reference position
The ratio of parameter variation value determines the deformation values of the first position.For example, shown in Fig. 3, it is assumed that 31 periphery of first position has
Two deformation reference positions 32 and 33 can calculate first position by corresponding parameter variation value in these three positions respectively
31 deformation values gone out.
Further, N number of first sensing unit, i.e. pressure sensor can be arranged two layers in the lower section of flexible screen,
I.e. every layer has N/2 corresponding first parameter sensings of the first sensing unit；Correspondingly, determination N number of position is corresponding
The nyctitropic method of shape can be with are as follows:
A position in N number of position is selected one by one as first position；
Choose deformation reference position of at least one position in preset range as the first position；
Utilize corresponding two ginsengs of two parameter variation values of the first position and multiple deformation reference positions
Number changing value, is calculated the deformation direction of the first position.
Wherein, the preset range can be one or more positions adjacent with the first position in all directions
It sets；For example, can choose to reduce computation complexity in a upper and lower, left and right position adjacent with the first position.
The nyctitropic mode of shape that the first position is calculated can be with are as follows: when the parameter of the first position becomes
When change value is greater than the parameter variation value of the reference position, judge whether two parameter variation values of the first position are equal,
If unequal, the corresponding direction of a biggish parameter variation value in two parameter variation values, the as described first position
Deformation direction.
It is described to judge whether the electronic equipment meets the first preset condition, may include following two situation:
Situation one, the position based on the deformation parameter obtain the corresponding deformation threshold value in the position；
Judge whether the deformation parameter extracted is more than the corresponding deformation threshold value, when more than the corresponding deformation
When threshold value, determine that the electronic equipment meets the first preset condition.
Wherein, the position based on the deformation parameter, obtaining the corresponding deformation threshold value in the position can be according to
The deformation threshold value being actually configured, for example, it is same threshold that the corresponding deformation threshold value in the position, which can be set, for example, can
To be set as 60 degree；I.e. when electronic equipment bends to 60 degree, that is, meet the first preset condition.
Alternatively, can also be arranged deformation threshold value positioned at the middle position of the flexible screen is larger, setting be located at it is described soft
The deformation threshold value of the surrounding position of property screen is smaller；Alternatively, deformation threshold value of the setting positioned at the flexible screen middle position is smaller, sets
It is smaller setting in the deformation threshold value of flexible screen surrounding position.
Situation two described judges whether the electronic equipment meets the first preset condition, comprising:
Deformation parameter is successively extracted from N number of deformation parameter；
Deformation direction in position and the deformation parameter based on the deformation parameter extracted is chosen corresponding
Deformation threshold value；Judge whether the deformation values in the deformation parameter are more than the deformation threshold value, if it exceeds the corresponding shape
Variable threshold value determines that the electronic equipment meets the first preset condition.
The position based on the deformation parameter, obtain the corresponding deformation threshold value in the position can according to actually into
The deformation threshold value of row setting, for example, it is same threshold that the corresponding deformation threshold value in the position, which can be set, for example, can be set
It is 60 degree；I.e. when electronic equipment bends to 60 degree, that is, meet the first preset condition.
Alternatively, can also be arranged deformation threshold value positioned at the middle position of the flexible screen is larger, setting be located at it is described soft
The deformation threshold value of the surrounding position of property screen is smaller；Alternatively, deformation threshold value of the setting positioned at the flexible screen middle position is smaller, sets
It is smaller setting in the deformation threshold value of flexible screen surrounding position.
The electronic equipment further include: the second sensing unit；Wherein, second sensing unit may include: infrared biography
Sensor, temperature sensor.
Correspondingly, described generate and issue the first prompt, comprising: get the second sensing using second sensing unit
Parameter；The environmental parameter of the electronic equipment is determined based on second parameter sensing；Joined according to the environment of the electronic equipment
Number determines the type attribute of prompt；According to the type attribute of the prompt, the first prompt is generated and issued.
For example, the second parameter sensing can set for shelter apart from electronics when the second sensing unit is infrared sensor
It is the distance between standby, if determining that shelter and the electronic equipment distance are very close according to the second parameter sensing, so that it may really
The corresponding environmental parameter of the fixed electronic equipment can characterize the electronic equipment and be located at a confined space, for example be user's
In pocket；So, the type attribute of the prompt can be determined at this time for vibration, correspondingly, first prompt can be specified
The vibration of duration, the specified duration can be 1 minute.
Alternatively, when the second sensing unit includes infrared sensor and temperature sensor, the second parameter sensing can be with
It include distance parameter and temperature parameter；
If determining that shelter and electronic equipment distance are less than threshold value according to the second parameter sensing, then judge temperature
Whether parameter is in pre-set interval, if so, it is described to be assured that the corresponding environmental parameter of the electronic equipment can characterize
Electronic equipment is located at a confined space, such as in the pocket of user；So, the type attribute of the prompt can be determined at this time
For vibration, correspondingly, first prompt can be the vibration of specified duration, the specified duration can be 1 minute.
As it can be seen that by using above scheme, first of the first sensing unit by N number of position on an electronic device is arranged
Parameter sensing, and then judge whether the deformation of the electronic equipment is more than threshold value according to first parameter sensing, if it exceeds
With regard to the first prompt of output.To be reminded and be used by prompt when being more than certain threshold value by the deformation in electronic equipment
Family guarantees the safety of electronic equipment.
Embodiment five,
The embodiment of the invention provides a kind of electronic equipment, as shown in figure 4, the electronic equipment includes: N number of first sensing
Unit 41 and processing unit 42；N number of first sensing unit is respectively arranged at N number of position of the electronic equipment；N is big
In the positive integer for being equal to 1；Wherein,
First sensing unit 41, for obtaining the first parameter sensing；
The processing unit 42, for the N number of position of the electronic equipment to be calculated according to N number of first parameter sensing
Corresponding deformation parameter；Based on the corresponding deformation parameter in the N number of position, it is default to judge whether the electronic equipment meets first
Condition；Wherein, it is super to characterize at least one deformation parameter in the corresponding deformation parameter in N number of position for first preset condition
Cross corresponding deformation threshold value；If the electronic equipment meets the first preset condition, generates and export the first prompt.
Here, the electronic equipment can be the smart phone for having flexible screen, or have the plate of flexible screen
Computer.
N number of first sensing unit can be pressure sensor；Correspondingly, the first parameter sensing can be pressure value.
The location of N number of first sensing unit described in the present embodiment can be the different positions in electronic equipment flexible screen
It sets, can be to be evenly distributed in the flexible screen, for example in Fig. 2,12 are provided in the flexible screen of electronic equipment
First sensing unit.It is described first parameter sensing is got by the first sensing unit can be with are as follows: obtained by pressure sensor
To the pressure value of the electronic equipment corresponding position.
It is described that the corresponding deformation parameter in the N number of position of the electronic equipment is calculated according to N number of first parameter sensing
It can be with are as follows: extract the first parameter sensing from N number of first parameter sensing one by one, utilize first parameter sensing of extraction
The deformation parameter at the electronic equipment corresponding position of the first parameter sensing is calculated.The deformation parameter can be pair
Answer the deformation angle at position.For example, if first parameter sensing is zero, then deformation angle can be zero；If described
One parameter sensing is ten, then deformation angle can be 80 degree.The deformation threshold value can be 60 degree.
As it can be seen that by using above scheme, first of the first sensing unit by N number of position on an electronic device is arranged
Parameter sensing, and then judge whether the deformation of the electronic equipment is more than threshold value according to first parameter sensing, if it exceeds
With regard to the first prompt of output.To be reminded by prompting when being more than certain threshold value by the deformation in electronic equipment
User guarantees the safety of electronic equipment.
Embodiment six,
The embodiment of the invention provides a kind of electronic equipment, as shown in figure 4, the electronic equipment includes: N number of first sensing
Unit 41 and processing unit 42；N number of first sensing unit is respectively arranged at N number of position of the electronic equipment；N is big
In the positive integer for being equal to 1；Wherein,
First sensing unit 41, for obtaining the first parameter sensing；
The processing unit 42, for the N number of position of the electronic equipment to be calculated according to N number of first parameter sensing
Corresponding deformation parameter；Based on the corresponding deformation parameter in the N number of position, it is default to judge whether the electronic equipment meets first
Condition；Wherein, it is super to characterize at least one deformation parameter in the corresponding deformation parameter in N number of position for first preset condition
Cross corresponding deformation threshold value；If the electronic equipment meets the first preset condition, generates and export the first prompt.
Here, the electronic equipment can be the smart phone for having flexible screen, or have the plate of flexible screen
Computer.
N number of first sensing unit can be pressure sensor；Correspondingly, the first parameter sensing can be pressure value.
The location of N number of first sensing unit described in the present embodiment can be the different positions in electronic equipment flexible screen
It sets.It is described first parameter sensing is got by the first sensing unit can be with are as follows: the electronics is got by pressure sensor
The pressure value of equipment corresponding position.
The processing unit is specifically used for determining that the electronic equipment is N number of respectively according to N number of first parameter sensing
The corresponding parameter variation value in position；According to the corresponding parameter variation value in the N number of position, the corresponding shape in N number of position is determined
Variate and deformation direction；Using N number of corresponding deformation values in position and the deformation direction as the deformation parameter.
Wherein, the processing unit, specifically for getting N number of first sensing unit in the first sensing of upper a cycle
Parameter, N number of first parameter sensing that the first parameter sensing and this period of upper a cycle are got subtract each other, and obtain each
The corresponding parameter variation value of first parameter sensing.
The processing unit, specifically for selecting a position in N number of position one by one as first position；It chooses default
Deformation reference position of at least one position as the first position in range；Utilize the first position and multiple shapes
Become the corresponding parameter variation value in reference position, the deformation values of the first position are calculated.
Wherein, the preset range can be one or more positions adjacent with the first position in all directions
It sets；For example, can choose to reduce computation complexity in a upper and lower, left and right position adjacent with the first position.
The processing unit is greater than the parameter of the reference position specifically for the parameter variation value when the first position
When changing value, according to the determination of the ratio of the parameter variation value of the first position and the parameter variation value of the reference position
The deformation values of first position.
Further, N number of first sensing unit, i.e. pressure sensor can be arranged two layers in the lower section of flexible screen,
I.e. every layer has 2/N the first parameter sensings；Correspondingly, the corresponding nyctitropic method of shape in the determination N number of position can
With are as follows:
A position in N number of position is selected one by one as first position；
Choose deformation reference position of at least one position in preset range as the first position；
Utilize corresponding two ginsengs of two parameter variation values of the first position and multiple deformation reference positions
Number changing value, is calculated the deformation direction of the first position.
Wherein, the preset range can be one or more positions adjacent with the first position in all directions
It sets；For example, can choose to reduce computation complexity in a upper and lower, left and right position adjacent with the first position.
The processing unit is greater than the parameter of the reference position specifically for the parameter variation value when the first position
When changing value, judge whether two parameter variation values of the first position are equal, if unequal, in two parameter variation values
The corresponding direction of a biggish parameter variation value, the deformation direction of the as described first position.
As it can be seen that by using above scheme, first of the first sensing unit by N number of position on an electronic device is arranged
Parameter sensing, and then judge whether the deformation of the electronic equipment is more than threshold value according to first parameter sensing, if it exceeds
With regard to the first prompt of output.To be reminded and be used by prompt when being more than certain threshold value by the deformation in electronic equipment
Family guarantees the safety of electronic equipment.
Embodiment six,
The embodiment of the invention provides a kind of electronic equipment, as shown in figure 4, the electronic equipment includes: N number of first sensing
Unit 41 and processing unit 42；N number of first sensing unit is respectively arranged at N number of position of the electronic equipment；N is big
In the positive integer for being equal to 1；Wherein,
First sensing unit 41, for obtaining the first parameter sensing；
The processing unit 42, for the N number of position of the electronic equipment to be calculated according to N number of first parameter sensing
Corresponding deformation parameter；Based on the corresponding deformation parameter in the N number of position, it is default to judge whether the electronic equipment meets first
Condition；Wherein, it is super to characterize at least one deformation parameter in the corresponding deformation parameter in N number of position for first preset condition
Cross corresponding deformation threshold value；If the electronic equipment meets the first preset condition, generates and export the first prompt.
Here, the electronic equipment can be the smart phone for having flexible screen, or have the plate of flexible screen
Computer.
N number of first sensing unit can be pressure sensor；Correspondingly, the first parameter sensing can be pressure value.
The location of N number of first sensing unit described in the present embodiment can be the different positions in electronic equipment flexible screen
It sets.It is described first parameter sensing is got by the first sensing unit can be with are as follows: the electronics is got by pressure sensor
The pressure value of equipment corresponding position.
It is described that the corresponding deformation parameter in the N number of position of the electronic equipment is calculated according to N number of parameter sensing, it can be with
Include:
According to N number of first parameter sensing, the corresponding parameter variation value in the N number of position of the electronic equipment is determined respectively；
According to the corresponding parameter variation value in the N number of position, the corresponding deformation values in N number of position and deformation direction are determined；By institute
The corresponding deformation values in N number of position and the deformation direction are stated as the deformation parameter.
Wherein, the mode of the corresponding parameter variation value in the N number of position of the determination electronic equipment can be with are as follows: gets N
A first sensing unit obtains the first parameter sensing and this period of upper a cycle in the first parameter sensing of upper a cycle
N number of first parameter sensing got subtracts each other, and obtains each corresponding parameter variation value of the first parameter sensing.
The processing unit, specifically for selecting a position in N number of position one by one as first position；It chooses default
Deformation reference position of at least one position as the first position in range；Utilize the first position and multiple shapes
Become the corresponding parameter variation value in reference position, the deformation values of the first position are calculated.
Wherein, the preset range can be one or more positions adjacent with the first position in all directions
It sets；For example, can choose to reduce computation complexity in a upper and lower, left and right position adjacent with the first position.
The processing unit is greater than the parameter of the reference position specifically for the parameter variation value when the first position
When changing value, according to the determination of the ratio of the parameter variation value of the first position and the parameter variation value of the reference position
The deformation values of first position.
Further, N number of first sensing unit, i.e. pressure sensor can be arranged two layers in the lower section of flexible screen,
I.e. every layer has N/2 the first parameter sensings；Correspondingly, the processing unit, specifically for selecting one in N number of position one by one
A position is as first position；Choose deformation reference bit of at least one position in preset range as the first position
It sets；Become using corresponding two parameters of two parameter variation values of the first position and multiple deformation reference positions
The deformation direction of the first position is calculated in change value.
Wherein, the preset range can be one or more positions adjacent with the first position in all directions
It sets；For example, can choose to reduce computation complexity in a upper and lower, left and right position adjacent with the first position.
The processing unit is greater than the parameter of the reference position specifically for the parameter variation value when the first position
When changing value, judge whether two parameter variation values of the first position are equal, if unequal, in two parameter variation values
The corresponding direction of a biggish parameter variation value, the deformation direction of the as described first position.
It is described to judge whether the electronic equipment meets the first preset condition, may include following two situation:
It is corresponding to obtain the position specifically for the position based on the deformation parameter for situation one, the processing unit
Deformation threshold value；Judge whether the deformation parameter extracted is more than the corresponding deformation threshold value, when more than the corresponding shape
When variable threshold value, determine that the electronic equipment meets the first preset condition.
Wherein, the position based on the deformation parameter, obtaining the corresponding deformation threshold value in the position can be according to
The deformation threshold value being actually configured, for example, it is same threshold that the corresponding deformation threshold value in the position, which can be set, for example, can
To be set as 60 degree；I.e. when electronic equipment bends to 60 degree, that is, meet the first preset condition.
Alternatively, can also be arranged deformation threshold value positioned at the middle position of the flexible screen is larger, setting be located at it is described soft
The deformation threshold value of the surrounding position of property screen is smaller；Alternatively, deformation threshold value of the setting positioned at the flexible screen middle position is smaller, sets
It is smaller setting in the deformation threshold value of flexible screen surrounding position.
Situation two, the processing unit, specifically for successively extracting deformation parameter from N number of deformation parameter；It is based on
The position and the deformation direction in the deformation parameter of the deformation parameter extracted, choose corresponding deformation threshold value；Sentence
Whether the deformation values broken in the deformation parameter are more than the deformation threshold value, if it exceeds the corresponding deformation threshold value, determines
The electronic equipment meets the first preset condition.
The position based on the deformation parameter, obtain the corresponding deformation threshold value in the position can according to actually into
The deformation threshold value of row setting, for example, it is same threshold that the corresponding deformation threshold value in the position, which can be set, for example, can be set
It is 60 degree；I.e. when electronic equipment bends to 60 degree, that is, meet the first preset condition.
Alternatively, can also be arranged deformation threshold value positioned at the middle position of the flexible screen is larger, setting be located at it is described soft
The deformation threshold value of the surrounding position of property screen is smaller；Alternatively, deformation threshold value of the setting positioned at the flexible screen middle position is smaller, sets
It is smaller setting in the deformation threshold value of flexible screen surrounding position.
The electronic equipment further include: the second sensing unit；Wherein, second sensing unit may include: infrared biography
Sensor, temperature sensor.
Correspondingly, the processing unit, specifically for getting the second parameter sensing using second sensing unit；Base
The environmental parameter of the electronic equipment is determined in second parameter sensing；According to the environmental parameter of the electronic equipment, determine
The type attribute of prompt；According to the type attribute of the prompt, the first prompt is generated and issued.
For example, the second parameter sensing can set for shelter apart from electronics when the second sensing unit is infrared sensor
It is the distance between standby, if determining that shelter and the electronic equipment distance are very close according to the second parameter sensing, so that it may really
The corresponding environmental parameter of the fixed electronic equipment can characterize the electronic equipment and be located at a confined space, for example be user's
In pocket；So, the type attribute of the prompt can be determined at this time for vibration, correspondingly, first prompt can be specified
The vibration of duration, the specified duration can be 1 minute.
Alternatively, when the second sensing unit includes infrared sensor and temperature sensor, the second parameter sensing can be with
It include distance parameter and temperature parameter；
If determining that shelter and electronic equipment distance are less than threshold value according to the second parameter sensing, then judge temperature
Whether parameter is in pre-set interval, if so, it is described to be assured that the corresponding environmental parameter of the electronic equipment can characterize
Electronic equipment is located at a confined space, such as in the pocket of user；So, the type attribute of the prompt can be determined at this time
For vibration, correspondingly, first prompt can be the vibration of specified duration, the specified duration can be 1 minute.
As it can be seen that by using above scheme, first of the first sensing unit by N number of position on an electronic device is arranged
Parameter sensing, and then judge whether the deformation of the electronic equipment is more than threshold value according to first parameter sensing, if it exceeds
With regard to the first prompt of output.To be reminded and be used by prompt when being more than certain threshold value by the deformation in electronic equipment
Family guarantees the safety of electronic equipment.
In several embodiments provided herein, it should be understood that disclosed device and method can pass through it
Its mode is realized.Apparatus embodiments described above are merely indicative, for example, the division of the unit, only
A kind of logical function partition, there may be another division manner in actual implementation, such as: multiple units or components can combine, or
It is desirably integrated into another system, or some features can be ignored or not executed.In addition, shown or discussed each composition portion
Mutual coupling or direct-coupling or communication connection is divided to can be through some interfaces, the INDIRECT COUPLING of equipment or unit
Or communication connection, it can be electrical, mechanical or other forms.
Above-mentioned unit as illustrated by the separation member, which can be or may not be, to be physically separated, aobvious as unit
The component shown can be or may not be physical unit, it can and it is in one place, it may be distributed over multiple network lists
In member；Some or all of units can be selected to achieve the purpose of the solution of this embodiment according to the actual needs.
In addition, each functional unit in various embodiments of the present invention can be fully integrated into a processing module, it can also
To be each unit individually as a unit, can also be integrated in one unit with two or more units；It is above-mentioned
Integrated unit both can take the form of hardware realization, can also realize in the form of hardware adds SFU software functional unit.
Those of ordinary skill in the art will appreciate that: realize that all or part of the steps of above method embodiment can pass through
The relevant hardware of program instruction is completed, and program above-mentioned can be stored in a computer readable storage medium, the program
When being executed, step including the steps of the foregoing method embodiments is executed；And storage medium above-mentioned include: movable storage device, it is read-only
Memory (ROM, Read-Only Memory), random access memory (RAM, Random Access Memory), magnetic disk or
The various media that can store program code such as person's CD.
The above description is merely a specific embodiment, but scope of protection of the present invention is not limited thereto, any
Those familiar with the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all contain
Lid is within protection scope of the present invention.Therefore, protection scope of the present invention should be based on the protection scope of the described claims.
Claims (10)
1. a kind of information processing method, be applied to electronic equipment, the electronic equipment has N number of first sensing unit, N be greater than
Positive integer equal to 1；N number of first sensing unit is respectively arranged at N number of position of the electronic equipment；The method packet
It includes:
N number of first parameter sensing is obtained respectively by N number of first sensing unit；
The corresponding deformation parameter in the N number of position of the electronic equipment is calculated according to N number of first parameter sensing；
Based on the corresponding deformation parameter in the N number of position, judge whether the electronic equipment meets the first preset condition；Wherein,
First preset condition characterizes at least one deformation parameter in the corresponding deformation parameter in N number of position more than corresponding shape
Variable threshold value；
If the electronic equipment meets the first preset condition, generates and export the first prompt；
Wherein, described that the corresponding deformation ginseng in the N number of position of the electronic equipment is calculated according to N number of first parameter sensing
Number, comprising:
According to N number of first parameter sensing, the corresponding parameter variation value in the N number of position of the electronic equipment is determined respectively；According to
The corresponding parameter variation value in N number of position, determines the corresponding deformation values in N number of position and deformation direction；It will be described N number of
The corresponding deformation values in position and the deformation direction are as the deformation parameter；It is described according to the corresponding ginseng in the N number of position
Number changing value, determines that the corresponding deformation values in N number of position may include: the position conduct selected in N number of position one by one
First position；Choose deformation reference position of at least one position in preset range as the first position；Using described
The corresponding parameter variation value in first position and multiple deformation reference positions, is calculated the deformation values of the first position.
2. the method according to claim 1, wherein including pressure sensor in first sensing unit.
3. method according to claim 1 or 2, which is characterized in that described to judge whether the electronic equipment meets first
Preset condition, comprising:
Based on the position of the deformation parameter, the corresponding deformation threshold value in the position is obtained；
Judge whether the deformation parameter extracted is more than the corresponding deformation threshold value, when more than the corresponding deformation threshold value
When, determine that the electronic equipment meets the first preset condition.
4. method according to claim 1 or 2, which is characterized in that described to judge whether the electronic equipment meets first
Preset condition, comprising:
Deformation parameter is successively extracted from the corresponding deformation parameter in the N number of position；
Deformation direction in position and the deformation parameter based on the deformation parameter extracted, chooses corresponding deformation
Threshold value；
Judge whether the deformation values in the deformation parameter are more than the deformation threshold value, if it exceeds the corresponding deformation threshold
Value determines that the electronic equipment meets the first preset condition.
5. the method according to claim 1, wherein the electronic equipment further include: the second sensing unit；
Correspondingly, described generate and export the first prompt, comprising:
The second parameter sensing is got using second sensing unit；
The environmental parameter of the electronic equipment is determined based on second parameter sensing；
According to the environmental parameter of the electronic equipment, the type attribute of prompt is determined；
According to the type attribute of the prompt, generates and export the first prompt.
6. a kind of electronic equipment, the electronic equipment includes: N number of first sensing unit and processing unit；Described N number of first passes
Sense unit is respectively arranged at N number of position of the electronic equipment；N is the positive integer more than or equal to 1；Wherein,
First sensing unit, for obtaining the first parameter sensing；
The processing unit, it is corresponding for the N number of position of the electronic equipment to be calculated according to N number of first parameter sensing
Deformation parameter；Based on the corresponding deformation parameter in the N number of position, judge whether the electronic equipment meets the first preset condition；
Wherein, it is more than pair that first preset condition, which characterizes at least one deformation parameter in the corresponding deformation parameter in N number of position,
The deformation threshold value answered；If the electronic equipment meets the first preset condition, generates and export the first prompt；
Wherein, the processing unit is specifically used for determining that the electronic equipment is N number of respectively according to N number of first parameter sensing
The corresponding parameter variation value in position；According to the corresponding parameter variation value in the N number of position, the corresponding shape in N number of position is determined
Variate and deformation direction；Using N number of corresponding deformation values in position and the deformation direction as the deformation parameter；Institute
Processing unit is stated, specifically for selecting a position in N number of position one by one as first position；It chooses in preset range extremely
Few deformation reference position of the position as the first position；Utilize the first position and multiple deformation reference positions
The deformation values of the first position are calculated in corresponding parameter variation value.
7. electronic equipment according to claim 6, which is characterized in that include pressure sensing in first sensing unit
Device.
8. electronic equipment according to claim 6 or 7, which is characterized in that the processing unit is specifically used for based on described
The position of deformation parameter obtains the corresponding deformation threshold value in the position；Judge whether the deformation parameter extracted is more than described
Corresponding deformation threshold value determines that the electronic equipment meets the first preset condition when being more than the corresponding deformation threshold value.
9. electronic equipment according to claim 6 or 7, which is characterized in that the processing unit is specifically used for from the N
Deformation parameter is successively extracted in the corresponding deformation parameter in a position；Position based on the deformation parameter extracted and described
Corresponding deformation threshold value is chosen in deformation direction in deformation parameter；Judge whether the deformation values in the deformation parameter are more than institute
Deformation threshold value is stated, if it exceeds the corresponding deformation threshold value, determines that the electronic equipment meets the first preset condition.
10. electronic equipment according to claim 6, which is characterized in that the electronic equipment further include: the second sensing is single
Member；
Correspondingly, the processing unit, specifically for getting the second parameter sensing using second sensing unit；Base
The environmental parameter of the electronic equipment is determined in second parameter sensing；According to the environmental parameter of the electronic equipment, determine
The type attribute of prompt；According to the type attribute of the prompt, generates and export the first prompt.
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| CN106249809B (en) * | 2015-12-31 | 2020-10-09 | 北京智谷睿拓技术服务有限公司 | Display area dividing method and device |
| CN107659711B (en) * | 2017-08-31 | 2021-01-22 | 维沃移动通信有限公司 | Mobile terminal control method and mobile terminal |
| CN108388373B (en) * | 2018-02-28 | 2024-01-26 | 歌尔股份有限公司 | Touch control method and wearable device |
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