CN104793713A - Automatic user interface matching method for mobile terminal and mobile terminal - Google Patents

Abstract

A method for automatically matching a user interface of a mobile terminal, comprising the following steps: detecting characteristic information of a mobile terminal casing, where different characteristic information corresponds to preset different casing features; obtaining a preset user interface corresponding to the detected characteristic information ; Replace the current user interface of the mobile terminal with the obtained user interface, or recommend the obtained user interface on the mobile terminal. The above method does not need to search user interfaces among various user interfaces contained in the Internet and manually set user interface replacement, thereby greatly simplifying the operation of user interface replacement and improving user experience. In addition, a mobile terminal is also provided.

Description

Method for automatically matching user interface of mobile terminal and mobile terminal

【Technical field】

The invention relates to the technical field of mobile terminals, in particular to a method for automatically matching a user interface of a mobile terminal and the mobile terminal.

【Background technique】

User interface (UI, User's Interface), also known as human-machine interface, refers to a collection of interaction methods between users and certain systems. These systems not only refer to computer programs, but also include certain specific machines, equipment and complex tools, etc. .

Nowadays, the mobile terminal has become an indispensable communication tool and life assistant for people, and the user interface of the mobile terminal is very important. Not only the ease of operation of the user interface has attracted people's attention, but also the appearance of the user interface has attracted a lot of attention.

In the prior art, in order to meet the ever-changing appearance requirements for the user interface, the user can search for a user interface that meets the requirements on the Internet, and replace the current user interface of the mobile terminal with a new user interface that meets the requirements.

However, searching for a suitable user interface among the various user interfaces contained in the Internet requires a cumbersome search process.

【Content of invention】

Based on this, it is necessary to provide a method for automatically matching a user interface of a mobile terminal that can increase user experience.

A method for automatically matching the user interface of a mobile terminal, comprising the following steps:

Detect the characterization information of the mobile terminal shell, and different characterization information corresponds to different preset shell features;

Obtaining a preset user interface corresponding to the detected characterization information;

replacing the current user interface of the mobile terminal with the acquired user interface, or recommending the acquired user interface on the mobile terminal.

In one of the embodiments, the characteristics of the shell include one or more of the color, pattern, shape and material of the shell.

In one of the embodiments, the characterization information is a physical property value of a physical material on the casing of the mobile terminal used to characterize the characteristics of the casing.

In one of the embodiments, the physical material is a resistor;

The steps of detecting the physical property value of the physical material used to characterize the characteristics of the shell on the mobile terminal shell and obtaining the preset user interface corresponding to the detected physical property value are:

Detecting the resistance value of the resistor used to characterize the characteristics of the casing on the casing of the mobile terminal, and different resistance values correspond to different preset casing characteristics;

Obtain the preset user interface corresponding to the detected resistance value.

In one of the embodiments, the physical material is a magnetic material;

The steps of detecting the physical property value of the physical material used to characterize the characteristics of the shell on the mobile terminal shell and obtaining the preset user interface corresponding to the detected physical property value are:

Detect the magnetic field strength of the magnetic material used to characterize the characteristics of the casing on the mobile terminal casing, and different magnetic field strengths correspond to different preset casing characteristics;

Get the preset user interface corresponding to the detected magnetic field strength.

In one of the embodiments, the physical material is a film that can reflect infrared rays;

The steps of detecting the physical property value of the physical material used to characterize the characteristics of the shell on the mobile terminal shell and obtaining the preset user interface corresponding to the detected physical property value are:

Detect the infrared reflectivity of the diaphragm used to characterize the characteristics of the casing on the mobile terminal casing, and different infrared reflectivities correspond to different preset casing characteristics;

Get the preset user interface corresponding to the detected infrared reflectivity.

In addition, it is also necessary to provide a mobile terminal that can enhance user experience.

A mobile terminal, comprising:

The detection module is used to detect the characteristic information of the mobile terminal casing, and different characteristic information corresponds to different preset characteristics of the casing;

a processor, configured to acquire a preset user interface corresponding to the detected characterization information;

The processor is further configured to replace the current user interface of the mobile terminal with the obtained user interface, or recommend the obtained user interface on the mobile terminal.

In one of the embodiments, the characteristics of the shell include one or more of the color, pattern, shape and material of the shell.

In one of the embodiments, the characterization information is a physical property value of a physical material on the casing of the mobile terminal used to characterize the characteristics of the casing.

In one of the embodiments, the physical material is a resistor;

The physical attribute value detection module is used to detect the resistance value of the resistor used to characterize the characteristics of the casing on the mobile terminal casing, and different resistance values correspond to different preset casing characteristics;

The processor is configured to acquire a preset user interface corresponding to the detected resistance value.

In one of the embodiments, the physical material is a magnetic material;

The physical attribute value detection module is used to detect the magnetic field strength of the magnetic material used to characterize the characteristics of the casing on the mobile terminal casing, and different magnetic field strengths correspond to different preset casing characteristics;

The processor is configured to acquire a preset user interface corresponding to the detected magnetic field strength.

In one of the embodiments, the physical material is a film that can reflect infrared rays;

The physical attribute value detection module is used to detect the infrared reflectivity of the diaphragm used to characterize the characteristics of the casing on the casing of the mobile terminal, and different infrared reflectivities correspond to different preset casing characteristics;

The processor is configured to acquire a preset user interface corresponding to the detected infrared reflectivity.

The above-mentioned method for automatically matching the user interface of the mobile terminal and the mobile terminal detect the characteristic information on the casing of the mobile terminal, wherein different characteristic information corresponds to different preset characteristics of the casing; obtain the preset user corresponding to the detected characteristic information interface; and replace the current user interface of the mobile terminal with the obtained user interface, or recommend the obtained user interface in the mobile terminal, without searching for the user interface among the various user interfaces contained in the Internet and manually setting the user interface The replacement of the user interface can greatly simplify the operation of user interface replacement and increase the user experience.

【Description of drawings】

FIG. 1 is a schematic flow diagram of a method for automatically matching a user interface of a mobile terminal in an embodiment;

FIG. 2 is a schematic flow diagram of a method for automatically matching a user interface of a mobile terminal in an embodiment;

Fig. 3 is a schematic diagram of realizing the resistance detection of resistance when the physical material used to characterize the characteristics of the shell is resistance in one embodiment;

FIG. 4 is a schematic flow diagram of a method for automatically matching a user interface of a mobile terminal in an embodiment;

Fig. 5 is a schematic diagram of realizing the resistance value detection of the resistance when the physical material used to characterize the characteristics of the housing is a resistance in one embodiment;

FIG. 6 is a schematic flowchart of a method for automatically matching a user interface of a mobile terminal in an embodiment;

Fig. 7 is a schematic diagram of realization of the resistance value detection of the resistance when the physical material used to characterize the characteristics of the housing is a resistance in one embodiment;

Fig. 8 is a schematic structural diagram of a mobile terminal in an embodiment.

【Detailed ways】

In order to make the object, technical solution and advantages of the present invention clearer, the present invention will be further described in detail below in conjunction with the accompanying drawings and embodiments. It should be understood that the specific embodiments described here are only used to explain the present invention, not to limit the present invention.

As shown in Figure 1, a method for automatically matching the user interface of a mobile terminal includes the following steps:

Step S102 , detecting characteristic information of the casing of the mobile terminal, and different characteristic information corresponds to different preset characteristics of the casing.

In one embodiment, the characteristic information of the casing of the mobile terminal is a quantity that can characterize the characteristics of the casing of the mobile terminal.

For example, in one embodiment, the characteristic information of the casing of the mobile terminal is: data stored in a chip on the casing for characterizing the characteristics of the casing.

In this embodiment, a chip may be attached to the casing of the mobile terminal, and data for characterizing the characteristics of the casing may be stored in the chip.

Different data may represent different housing characteristics. For example, the data stored in the chip is: (color: white, material: steel, pattern: stripes), the data may indicate that the color of the mobile terminal's casing is white, the material is steel, and the pattern is a stripe pattern. For another example, if the data stored in the chip is (color: yellow, material: plastic, pattern: cartoon), then the data may indicate that the color of the mobile terminal shell is yellow, the material is plastic, and the pattern is cartoon.

In one embodiment, the characteristic information of the mobile terminal casing is the physical property value of the physical material on the mobile terminal casing used to characterize the characteristics of the casing.

In one embodiment, a physical material is attached to the inside of the housing (eg, back cover) of the mobile terminal, and the physical material has specific physical properties, and different physical materials may have the same or different physical property values. For example, a resistor has a property of resistance, a magnetic material has a property of magnetic field strength, a diaphragm that reflects infrared light has a property of infrared reflectivity, and so on. The physical materials described in this application are not limited to resistors, magnetic materials, and infrared-reflecting films, but include all substances with specific physical properties and whose values can be quantitatively measured.

In one embodiment, the housing features include one or more of the color, pattern, shape and material of the housing. Of course, the housing features are not limited to the color, pattern, shape and material of the housing.

In one embodiment, the specific shell characteristics corresponding to the specific physical property value of the specific physical property may be preset and stored. For example, the resistance value of 1K ohm corresponds to the shell characteristics of yellow, bamboo (material is bamboo), and stripe pattern; the resistance value of 10K ohm corresponds to the shell feature of white, wood (material is wood), and cartoon pattern. For another example, the magnetic field intensity of 100mT corresponds to the shell characteristics of yellow, bamboo, and stripe patterns; the magnetic field intensity of 200mT corresponds to the shell features of white, wood, and cartoon patterns. For another example, 20% of the infrared reflectivity corresponds to yellow, bamboo, and striped shell features, and 50% of the infrared reflectance corresponds to white, wood, and cartoon pattern shell features.

Step S104, acquiring a preset user interface corresponding to the detected characteristic information.

In one embodiment, specific characterizing information may be preset and stored corresponding to a specific user interface, and the user interface is a user interface that matches the housing feature corresponding to the characterizing information.

For example, the shell characteristics of yellow, bamboo (material is bamboo), and striped pattern are set to correspond to a resistance value of 1K ohms, and the user interfaces matching the shell features include: user interface 1 and user interface 2; then it can be set A resistance value of 1K ohms (this characteristic information) corresponds to user interface 1 and user interface 2.

Step S104 may search for the user interface corresponding to the detected characterization information in the local UI library that stores the correspondence between the characterization information and the user interface; or, may send the detected characterization information to the server, so that the server stores the characterization information The server UI library corresponding to the user interface searches for the user interface corresponding to the detected representation information, and receives the user interface returned by the server.

Step S106, replacing the current user interface of the mobile terminal with the obtained user interface, or recommending the obtained user interface on the mobile terminal.

In one embodiment, the current user interface of the mobile terminal can be directly replaced with a user interface corresponding to the characteristic information of the mobile terminal casing, that is, a user interface that matches the characteristics of the mobile terminal casing; in another embodiment, The user interface may be recommended to the user on the mobile terminal, and after the replacement confirmation instruction is obtained, the current user interface of the mobile terminal is replaced with the user interface.

In the following, the characteristic information of the housing of the mobile terminal is the physical attribute value of the physical material on the housing of the mobile terminal used to characterize the characteristics of the housing as an example, and corresponding specific embodiments are exemplified for different physical materials.

In one embodiment, the physical material used to characterize the characteristics of the shell on the mobile terminal shell is resistance; as shown in Figure 2, the above-mentioned method for automatically matching the user interface of the mobile terminal includes the following steps:

Step S202, detecting the resistance of the resistor on the casing of the mobile terminal used to characterize the characteristics of the casing, and different resistance values correspond to different preset characteristics of the casing.

In one embodiment, a specific housing feature corresponding to a specific resistance value can be preset and stored, and a specific user interface corresponding to a specific resistance value can be preset and stored, and the user interface is the housing feature corresponding to the resistance value matching user interface.

Step S204, acquiring a preset user interface corresponding to the detected resistance value.

Step S206, replacing the current user interface of the mobile terminal with the obtained user interface, or recommending the obtained user interface on the mobile terminal.

The following description takes the physical material disposed on the back cover of the housing as an example.

Fig. 3 is a schematic diagram of realizing resistance value detection of a resistance when the physical material used to characterize the characteristics of the housing is a resistance in one embodiment.

As shown in FIG. 3 , the rear cover of the mobile terminal is provided with a resistor (referred to as a characteristic resistor for short) 301 for characterizing the characteristics of the housing and a pair of contacts connected to the characteristic resistor: a contact 302 and a contact 303 . The contacts include but are not limited to shrapnel, springs, metal blocks, pins, sockets and the like.

The mobile terminal is provided with contacts (contact 304 and contact 305 ), a voltage dividing resistor 306 , a sampling module 307 , a processor 308 and a power supply module 309 . The contact 304 and the contact 305 are electrically connected to the contact 302 and the contact 303 respectively; the voltage dividing resistor 306 is a fixed resistance value, and constitutes a voltage dividing circuit with the characteristic resistor 301, and the voltage obtained by dividing the characteristic resistor with different resistance values is different .

The sampling module 307 performs analog-to-digital conversion on the voltage of the voltage dividing point 310, and converts the voltage value into a digital quantity that can be processed by the processor; the processor 308 can judge the resistance value of the characteristic resistance of the back cover according to the digital quantity converted by the sampling module. Further, the processor 308 may obtain a preset user interface corresponding to the resistance value of the characteristic resistor 301, and replace the current user interface of the mobile terminal with the obtained user interface, or recommend the obtained user interface on the mobile terminal.

The technical solution of this embodiment is easy to implement, does not need to increase too much cost, and is relatively mature in technology.

In one embodiment, the physical material used to characterize the characteristics of the housing on the mobile terminal housing is a magnetic material; as shown in Figure 4, the above-mentioned method for automatically matching the user interface of the mobile terminal includes the following steps:

Step S402, detecting the magnetic field strength of the magnetic material on the casing of the mobile terminal used to characterize the characteristics of the casing, and different magnetic field strengths correspond to different preset casing characteristics.

In one embodiment, a specific housing feature corresponding to a specific magnetic field strength can be preset and stored, and a specific user interface corresponding to a specific magnetic field strength can be preset and stored, and the user interface is a housing feature corresponding to the magnetic field strength matching user interface.

Step S404, acquiring a preset user interface corresponding to the detected magnetic field strength.

Step S406, replacing the current user interface of the mobile terminal with the obtained user interface, or recommending the obtained user interface on the mobile terminal.

Fig. 5 is a schematic diagram of an implementation of magnetic field strength detection of magnetic materials when the physical material used to characterize the characteristics of the housing is a magnetic material in an embodiment.

As shown in FIG. 5 , a magnetic material (referred to as a characteristic magnetic material for short) 501 for characterizing a housing feature is provided on the back cover of the mobile terminal.

A magnetic sensing module 502 , a sampling module 503 and a processor 504 are set in the mobile terminal.

The magnetic induction module 502 converts the magnetic field strength of the characteristic magnetic material 501 into a voltage signal according to the Hall effect, and the voltage converted by the characteristic magnetic material of different magnetic field strengths is different; the sampling module 503 performs analog-to-digital conversion on the voltage generated by the magnetic induction module 502, and converts the voltage It is a digital quantity that can be processed by the processor 504; the processor 504 can judge the magnetic field strength of the characteristic magnetic material 501 of the back cover according to the digital quantity converted by the sampling module 503; further, the processor 504 can obtain the magnetic field strength of the characteristic magnetic material 501 corresponding preset user interface, and replace the current user interface of the mobile terminal with the obtained user interface, or recommend the obtained user interface on the mobile terminal.

The technical solution of this embodiment does not need to be provided with contacts, and there is no mechanical wear, and no poor contact will be caused by long-term use and repeated plugging and unplugging.

In one embodiment, the physical material on the casing of the mobile terminal used to characterize the characteristics of the casing is a diaphragm that can reflect infrared rays; as shown in Figure 6, the above-mentioned method for automatically matching the user interface of the mobile terminal includes the following steps:

Step S602, detecting the magnetic field strength of the magnetic material on the casing of the mobile terminal used to characterize the characteristics of the casing. Different magnetic field strengths correspond to different preset casing characteristics.

In one embodiment, a specific housing feature corresponding to a specific infrared reflectance can be preset and stored, and a specific user interface corresponding to a specific infrared reflectance can be preset and stored, and the user interface is corresponding to the infrared reflectance A user interface that matches the shell features.

Step S604, acquiring a preset user interface corresponding to the detected infrared reflectivity.

Step S606, replacing the current user interface of the mobile terminal with the obtained user interface, or recommending the obtained user interface on the mobile terminal.

FIG. 7 is a schematic diagram of an implementation of infrared reflectance detection of a diaphragm when the physical material used to characterize the characteristics of the housing is a diaphragm capable of reflecting infrared rays in an embodiment.

As shown in FIG. 7 , the back cover of the mobile terminal is provided with an infrared-reflective membrane (referred to as a characteristic membrane for short) 701 for characterizing the characteristics of the housing.

The mobile terminal is provided with an infrared transceiver module 702 , a sampling module 703 and a processor 704 .

The infrared transceiver module 702 includes a transmitting module and a receiving module. The transmitting module emits infrared light of a predetermined wavelength with a predetermined power and a predetermined angle. After being reflected by the characteristic diaphragm 701, the receiving module converts the reflected infrared light into a voltage signal; the sampling module 703 pairs The voltage that infrared receiving module produces carries out analog-to-digital conversion, and voltage is converted into the digital quantity that processor 704 can handle; Processor 704 can judge the infrared reflectance of the characteristic diaphragm of rear cover according to the digital quantity converted by sampling module 703; Further Yes, the processor 704 may obtain a preset user interface corresponding to the infrared reflectivity of the characteristic diaphragm 701, and replace the current user interface of the mobile terminal with the obtained user interface, or recommend the obtained user interface on the mobile terminal.

The technical solution of this embodiment does not need to be provided with contacts, and there is no mechanical wear, and no poor contact will be caused by long-term use and repeated plugging and unplugging.

As shown in FIG. 8, a mobile terminal includes a detection module 802 and a processor 804, wherein:

The detection module 802 is configured to detect characteristic information of the mobile terminal casing, and different characteristic information corresponds to different preset characteristics of the casing.

In one embodiment, the characteristic information of the casing of the mobile terminal is a quantity that can characterize the characteristics of the casing of the mobile terminal.

For example, in one embodiment, the characteristic information of the casing of the mobile terminal is: data stored in a chip on the casing for characterizing the characteristics of the casing.

In this embodiment, a chip may be attached to the casing of the mobile terminal, and data for characterizing the characteristics of the casing may be stored in the chip.

Different data may represent different housing characteristics. For example, the data stored in the chip is: (color: white, material: steel, pattern: stripes), the data may indicate that the color of the mobile terminal's casing is white, the material is steel, and the pattern is a stripe pattern. For another example, if the data stored in the chip is (color: yellow, material: plastic, pattern: cartoon), then the data may indicate that the color of the mobile terminal shell is yellow, the material is plastic, and the pattern is cartoon.

In one embodiment, the characteristic information of the mobile terminal casing is the physical property value of the physical material on the mobile terminal casing used to characterize the characteristics of the casing.

In one embodiment, a physical material is attached to the inside of the housing (eg, back cover) of the mobile terminal, and the physical material has specific physical properties, and different physical materials may have the same or different physical property values. For example, a resistor has a property of resistance, a magnetic material has a property of magnetic field strength, a diaphragm that reflects infrared light has a property of infrared reflectivity, and so on. The physical materials described in this application are not limited to resistors, magnetic materials, and infrared-reflecting films, but include all substances with specific physical properties and whose values can be quantitatively measured.

In one embodiment, the housing features include one or more of the color, pattern, shape and material of the housing. Of course, the housing features are not limited to the color, pattern, shape and material of the housing.

In one embodiment, the corresponding relationship between a specific physical property value of a specific physical property and a specific housing feature can be set and stored in advance.

The processor 804 is configured to acquire a preset user interface corresponding to the detected characteristic information.

In one embodiment, the correspondence between the characteristic information and the user interface may be preset and stored, and the user interface corresponding to the characteristic information is a user interface that matches the housing feature corresponding to the characteristic information.

The processor 804 may search for the user interface corresponding to the detected characterization information in the local UI library that stores the correspondence between the characterization information and the user interface; or, may send the detected characterization information to the server, so that the server stores the characterization information Search for the user interface corresponding to the detected characteristic information in the server UI library of the corresponding relationship between the information and the user interface, and receive the user interface returned by the server.

The processor 804 is further configured to replace the current user interface of the mobile terminal with the obtained user interface, or recommend the obtained user interface on the mobile terminal.

In one embodiment, the processor 804 may directly replace the current user interface of the mobile terminal with a user interface corresponding to the characteristic information of the mobile terminal casing, that is, a user interface that matches the characteristics of the mobile terminal casing; in another implementation In an example, the processor 804 may recommend the user interface to the user in the mobile terminal, and replace the current user interface of the mobile terminal with the user interface after obtaining the replacement confirmation instruction.

In the following, the characteristic information of the housing of the mobile terminal is the physical attribute value of the physical material on the housing of the mobile terminal used to characterize the characteristics of the housing as an example, and corresponding specific embodiments are exemplified for different physical materials.

In one embodiment, the physical material on the casing of the mobile terminal used to characterize the characteristics of the casing is resistance; Values, different resistance values correspond to different preset shell features.

In one embodiment, the corresponding relationship between a specific resistance value and a specific housing feature can be preset and stored, and the corresponding relationship between a specific resistance value and a specific user interface can be preset and stored, and the user interface is related to The resistance value corresponds to the housing features that match the user interface.

In this embodiment, the processor 804 is configured to obtain a preset user interface corresponding to the detected resistance value, and replace the current user interface of the mobile terminal with the obtained user interface, or recommend the obtained user interface on the mobile terminal.

The structure and function of the physical attribute value detection module 802 in this embodiment will be described below with reference to FIG. 3 .

As shown in FIG. 3 , the rear cover of the mobile terminal is provided with a resistor (referred to as a characteristic resistor for short) 301 for characterizing the characteristics of the housing and a pair of contacts connected to the characteristic resistor: a contact 302 and a contact 303 . The contacts include but are not limited to shrapnel, springs, metal blocks, pins, sockets and the like.

The physical attribute value detection module 802 includes a contact 304 and a contact 305 , a voltage dividing resistor 306 , a sampling module 307 and a power supply module 309 . The contact 304 and the contact 305 are electrically connected to the contact 302 and the contact 303 respectively; the voltage dividing resistor 306 is a fixed resistance value, and forms a voltage dividing circuit with the characteristic resistor 301, and the voltage obtained by dividing the characteristic resistor with different resistance values is different .

The sampling module 307 performs analog-to-digital conversion on the voltage of the voltage dividing point 310, and converts the voltage value into a digital quantity that can be processed by the processor; the processor 804 can judge the resistance value of the characteristic resistance of the back cover according to the digital quantity converted by the sampling module. Further, the processor 804 may obtain a preset user interface corresponding to the resistance value of the characteristic resistor 301, and replace the current user interface of the mobile terminal with the obtained user interface, or recommend the obtained user interface on the mobile terminal.

The technical solution of this embodiment is easy to implement, does not need to increase too much cost, and is relatively mature in technology.

In one embodiment, the physical material on the shell of the mobile terminal used to characterize the features of the shell is a magnetic material; in this embodiment, the physical attribute value detection module 802 is used to detect the magnetic material on the shell of the mobile terminal used to characterize the features of the shell Different magnetic field strengths correspond to different preset shell characteristics.

In one embodiment, the corresponding relationship between a specific magnetic field strength and a specific housing feature can be preset and stored, and the corresponding relationship between a specific magnetic field strength and a specific user interface can be preset and stored, and the user interface is compatible with The magnetic field strength corresponds to the housing features that match the user interface.

In this embodiment, the processor 804 is configured to obtain a preset user interface corresponding to the detected magnetic field strength, and replace the current user interface of the mobile terminal with the obtained user interface, or recommend the obtained user interface on the mobile terminal.

The structure and function of the physical attribute value detection module 802 in this embodiment will be described below with reference to FIG. 5 .

As shown in FIG. 5 , a magnetic material (referred to as a characteristic magnetic material for short) 501 for characterizing a housing feature is provided on the back cover of the mobile terminal.

The physical attribute value detection module 802 includes a magnetic induction module 502 and a sampling module 503 .

The magnetic induction module 502 converts the magnetic field strength of the characteristic magnetic material 501 into a voltage signal according to the Hall effect, and the voltage converted by the characteristic magnetic material of different magnetic field strengths is different; the sampling module 503 performs analog-to-digital conversion on the voltage generated by the magnetic induction module 502, and converts the voltage It is a digital quantity that can be processed by the processor 504; the processor 804 can judge the magnetic field strength of the characteristic magnetic material 501 of the back cover according to the digital quantity converted by the sampling module 503; further, the processor 804 can obtain the magnetic field strength of the characteristic magnetic material 501 corresponding preset user interface, and replace the current user interface of the mobile terminal with the obtained user interface, or recommend the obtained user interface on the mobile terminal.

The technical solution of this embodiment does not need to be provided with contacts, and there is no mechanical wear, and no poor contact will be caused by long-term use and repeated plugging and unplugging.

In one embodiment, the physical material on the casing of the mobile terminal used to characterize the characteristics of the casing is a film that can reflect infrared rays; in this embodiment, the physical property value detection module 802 is used to detect The magnetic field strength of the characteristic magnetic material, and different magnetic field strengths correspond to different preset shell characteristics.

In one embodiment, the corresponding relationship between a specific infrared reflectivity and a specific housing feature can be preset and stored, and the corresponding relationship between a specific infrared reflectivity and a specific user interface can be preset and stored, and the user interface A user interface that matches the housing features corresponding to the infrared reflectivity.

In this embodiment, the processor 804 is configured to obtain a preset user interface corresponding to the detected infrared reflectivity, and replace the current user interface of the mobile terminal with the obtained user interface, or recommend the obtained user interface on the mobile terminal.

The structure and function of the physical attribute value detection module 802 in this embodiment will be described below with reference to FIG. 7 .

As shown in FIG. 7 , the back cover of the mobile terminal is provided with an infrared-reflective membrane (referred to as a characteristic membrane for short) 701 for characterizing the characteristics of the housing.

Physical attribute value detection module 802 infrared transceiver module 702 and sampling module 703 .

The infrared transceiver module 702 includes a transmitting module and a receiving module (not shown in the figure), the transmitting module emits infrared light of a predetermined wavelength with a predetermined power and a predetermined angle, and after being reflected by the characteristic diaphragm 701, the receiving module converts the reflected infrared light into Voltage signal; the sampling module 703 performs analog-to-digital conversion on the voltage generated by the infrared receiving module, and converts the voltage into a digital quantity that can be processed by the processor 704; the processor 704 can judge the characteristic film of the back cover according to the digital quantity converted by the sampling module 703 The infrared reflectivity of the film; further, the processor 804 can obtain the preset user interface corresponding to the infrared reflectivity of the characteristic diaphragm 701, and replace the current user interface of the mobile terminal with the obtained user interface, or recommend the user interface in the mobile terminal Get the user interface.

The technical solution of this embodiment does not need to be provided with contacts, and there is no mechanical wear, and no poor contact will be caused by long-term use and repeated plugging and unplugging.

The above-mentioned method for automatically matching the user interface of the mobile terminal and the mobile terminal detect the characteristic information on the casing of the mobile terminal, wherein different characteristic information corresponds to different preset characteristics of the casing; obtain the preset user corresponding to the detected characteristic information interface; and replace the current user interface of the mobile terminal with the obtained user interface, or recommend the obtained user interface in the mobile terminal, without searching for the user interface among the various user interfaces contained in the Internet and manually setting the user interface The replacement of the user interface can greatly simplify the operation of user interface replacement and increase the user experience.

The above-mentioned embodiments only express several implementation modes of the present invention, and the description thereof is relatively specific and detailed, but should not be construed as limiting the patent scope of the present invention. It should be pointed out that those skilled in the art can make several modifications and improvements without departing from the concept of the present invention, and these all belong to the protection scope of the present invention. Therefore, the protection scope of the patent for the present invention should be based on the appended claims.

Claims (12)

1. a method for the user interface of Auto-matching mobile terminal, comprises the following steps:

Detect the characterization information of mobile terminal case, the different cover characteristics that different characterization information correspondences is preset;

The user interface preset that the characterization information that acquisition detects is corresponding;

User interface current for described mobile terminal is replaced by the user interface of acquisition, or recommends the user interface of acquisition at mobile terminal.

2. the method for the user interface of Auto-matching mobile terminal according to claim 1, is characterized in that, described cover characteristics comprises one or more in the color of shell, pattern, shape and material.

3. the method for the user interface of Auto-matching mobile terminal according to claim 1, is characterized in that, described characterization information is the physical property values of the physical material for characterizing cover characteristics on described mobile terminal case.

4. the method for the user interface of Auto-matching mobile terminal according to claim 3, is characterized in that, described physical material is resistance;

The step of the user interface preset that the physical property values that the physical property values of the physical material for characterizing cover characteristics on described detection mobile terminal case, acquisition detect is corresponding is:

Detect the resistance of the resistance for characterizing cover characteristics on mobile terminal case, the different cover characteristics that different resistance correspondences is preset;

The user interface preset that the resistance that acquisition detects is corresponding.

5. the method for the user interface of Auto-matching mobile terminal according to claim 3, is characterized in that, described physical material is magnetic material;

The step of the user interface preset that the physical property values that the physical property values of the physical material for characterizing cover characteristics on described detection mobile terminal case, acquisition detect is corresponding is:

Detect the magnetic field intensity of the magnetic material for characterizing cover characteristics on mobile terminal case, the different cover characteristics that different magnetic field intensity correspondences is preset;

The user interface preset that the magnetic field intensity that acquisition detects is corresponding.

6. the method for the user interface of Auto-matching mobile terminal according to claim 3, is characterized in that, described physical material is can the diaphragm of reflected infrared;

The step of the user interface preset that the physical property values that the physical property values of the physical material for characterizing cover characteristics on described detection mobile terminal case, acquisition detect is corresponding is:

Detect the infrared reflectivity of the diaphragm for characterizing cover characteristics on mobile terminal case, the different cover characteristics that different infrared reflectivity correspondences is preset;

The user interface preset that the infrared reflectivity that acquisition detects is corresponding.

7. a mobile terminal, is characterized in that, comprising:

Detection module, for detecting the characterization information of mobile terminal case, the different cover characteristics that different characterization information correspondences is preset;

Processor, for obtaining the user interface preset corresponding to the characterization information that detects;

Described processor also for user interface current for described mobile terminal being replaced by the user interface of acquisition, or recommends the user interface of acquisition at mobile terminal.

8. the method for the user interface of Auto-matching mobile terminal according to claim 7, is characterized in that, described cover characteristics comprises one or more in the color of shell, pattern, shape and material.

9. the method for the user interface of Auto-matching mobile terminal according to claim 7, is characterized in that, described characterization information is the physical property values of the physical material for characterizing cover characteristics on described mobile terminal case.

10. the method for the user interface of Auto-matching mobile terminal according to claim 9, is characterized in that, described physical material is resistance;

Described physical property values detection module for detecting the resistance of the resistance for characterizing cover characteristics on mobile terminal case, the different cover characteristics that different resistance correspondence is preset;

Described processor is for obtaining the user interface preset corresponding to the resistance that detects.

The method of the user interface of 11. Auto-matching mobile terminals according to claim 9, is characterized in that, described physical material is magnetic material;

Described physical property values detection module for detecting the magnetic field intensity of the magnetic material for characterizing cover characteristics on mobile terminal case, the different cover characteristics that different magnetic field intensity correspondence is preset;

Described processor is for obtaining the user interface preset corresponding to the magnetic field intensity that detects.

The method of the user interface of 12. Auto-matching mobile terminals according to claim 9, is characterized in that, described physical material is can the diaphragm of reflected infrared;

Described physical property values detection module for detecting the infrared reflectivity of the diaphragm for characterizing cover characteristics on mobile terminal case, the different cover characteristics that different infrared reflectivity correspondence is preset;

Described processor is for obtaining the user interface preset corresponding to the infrared reflectivity that detects.