WO2006056110A1 - A detecting method for power-on mobile station - Google Patents

Abstract

A detecting method for power-on mobile station, comprises the following steps: step 1, after the mobile being power-on, collecting the feature information about the power-on mobile station by a detecting module within the mobile station; step 2, judging whether the said features information is satisfied with the preset trigger condition of the mobile station, which is corresponding to the feature information, if yes, then triggering the power-on message transmitting flow processing of the mobile station, said detecting module reads the identification information of the mobile, and transmits the said identification information to a special number provided by the short message service, which denotes the mobile station be power-on; otherwise continuing the detecting, until the power-on detecting is finished. Making use of the method to the invention, it is helpful for the producers to make statistic analysis to the received information and grasp the information about the sale and preference of the users and so on, and adjust the product timely, and feedback a acknowledgement message corresponding to the received short message to notify the user, which has the anti-counterfeit function.

Description

 Method for detecting a mobile phone that is opened

 The invention belongs to the field of mobile communications, and in particular relates to a method for detecting the opening of a mobile phone. Background technique

 With the development of communication technology, mobile phones are not a luxury, but because of their small size, convenience, and mobility, they have become a very convenient tool for people to communicate, and the mobile phone market is still expanding. However, with the increasing shipments of mobile phones, there may be fakes on the market, and the sold phones are difficult to count and other issues. The traditional method of selling mobile phones is to send people to count inventory on the spot and perform statistics to register the sold mobile phones. This method is time consuming, costly and cumbersome, and the statistical data is easy to falsify. If the mobile phone is sold abroad, such statistical methods are more inconvenient and the effectiveness of the statistics cannot be guaranteed. Therefore, in today's mobile phone communication tools, it is more important for manufacturers to automatically and timely count the number of mobile phones sold and related mobile phone usage information. Mobile phones are a very time-sensitive product. If manufacturers can grasp the sales of mobile phones and the preferences of users, they can make timely adjustments to the products and use limited resources. This can save a lot of manpower. And material resources, better serve the users, and can improve the competitiveness of manufacturers at home and internationally. Now there are a lot of fakes circulating in the market. Unscrupulous traders seek illegal benefits by changing shells, changing devices, changing motherboards, shoddy, and recharging new products. Therefore, if you can carry out anti-counterfeiting certification for mobile phones sold. It is also important for users to purchase genuine mobile phones with confidence and enjoy excellent after-sales service.

 Short messages are becoming more and more popular in today's society. They are easy to operate, inexpensive, and do not take up too much resources in the system. A short message can contain more information and is beneficial to the receiver's later processing, so it is a better way to collect data. If there is a dedicated short message communication channel, short message communication can also be accurate and timely, so the characteristics of short messages can be fully utilized.

 At present, there is no function of opening and detecting the sold mobile phone in the existing mobile phone products. Invention disclosure

The technical problem to be solved by the present invention is to provide a method for detecting a mobile phone of the Tongtong. The statistics of the sold mobile phones can be analyzed and processed, and have anti-counterfeiting effects.

 In order to solve the above problems, the present invention provides a method for detecting an open mobile phone, which is characterized in that it comprises the following steps:

 Step 1. After the mobile phone is turned on, use a detection module of the mobile phone to collect the feature information related to the opening of the mobile phone;

 Step 2: determining whether the feature information meets a trigger condition for sending a mobile phone opening information corresponding to the feature information preset in the mobile phone, and if yes, triggering a mobile phone opening information sending process, which is read by the detecting module The identification information of the mobile phone, and sending the identification information to a specific number, indicating that the mobile phone has been opened; otherwise, the detection is continued until the opening detection is completed.

 The method for speculating the opened mobile phone is characterized in that the step 2 further includes the following steps:

 After the mobile phone identification information is successfully sent, an open information flag stored in the mobile phone is set, indicating that the mobile phone opening information has been sent.

 The method for detecting the opened mobile phone is characterized in that, in the step 1, before the detecting module collects the feature information, the method further includes the following steps:

 After the mobile phone is powered on, the detecting module first reads the opening information flag and makes a judgment. If the opening information flag indicates that the opening information has not been sent, the detecting module collects the feature information, if the opening information flag Indicates that the communication has been sent, and the detection process ends.

 The above method for detecting an open mobile phone is characterized in that the open information flag can be stored in a flash memory or an electrically erasable programmable read only memory.

 The method for detecting the opened mobile phone is characterized in that the feature information collected by the mobile phone software may be information of multiple location areas, length of talk time, length of boot time, quantity of saved phone book, One or more of the number information of the short message that has been sent and received and the number of times the continuous boot time reaches a predetermined value.

 The method for detecting the opened mobile phone is characterized in that the sending of the identification information of the mobile phone to the specific number in the step 2 is sent by using a short message.

The method for detecting the opened mobile phone is characterized in that the identification information of the mobile phone may be an International Mobile Station Equipment Identity (IMEI) of the Global System for Mobile Communications (GSM) system. No. or personal handy phone system PHS (Personal Handy Phone System) terminal ID number PSID PSID (Personal Station ID) or fixed station's unique identification code or CDMA phone's unique identification code.

 The method for detecting the opened mobile phone is characterized in that the mobile phone identification information can also be added with one or more information of a motherboard number, a software version number, and a feature information category.

 The above method for detecting an open mobile phone is characterized in that the specific number is provided by a short message service provider and is stored in a flash memory or an electrically erasable programmable read only memory in the mobile phone.

 The above method for detecting an open mobile phone is characterized in that, in the step 2, the steps are further included:

 After receiving the identification information sent by the mobile phone, the specific number uses the identification information of the mobile phone to determine the authenticity of the mobile phone, and then feeds back a response message to the mobile phone. BRIEF DESCRIPTION OF THE DRAWINGS

 1 is a flow chart of a method for detecting an open mobile phone;

 2 is a plurality of location area change determination diagrams;

 Figure 3 is a judgment chart of the length of the talk time;

 Figure 4 is a judgment chart of the length of the boot time;

 Figure 5 is a judgment chart of the number of saved phonebooks;

 6 is a judgment diagram of the number of short messages that have been sent and received;

 Figure 7 is a judgment chart of the number of times that the continuous boot time reaches a predetermined value;

 Figure 8 is a flow chart of sending mobile phone opening information;

 Figure 9 is a flow chart for detecting the inclusion of these feature information. The best way to implement the invention

The present invention will be further described in detail below with reference to the accompanying drawings and embodiments. In the present invention, in addition to the related functional modules and software of the existing mobile phone, the mobile phone further has a detecting module for detecting the opened mobile phone, collecting feature information related to the opening of the mobile phone, and Sending the opening information with the identification information of the mobile phone to a specific one provided by the short message service provider on the premise that the characteristic information satisfies the trigger condition for the mobile phone opening information corresponding to the feature information preset in the mobile phone On the number, the mobile phone is authenticated for security, and the usage information of the mobile phone is counted. Figure 1 is a flow chart for detecting the opened mobile phone. After the mobile phone is turned on, the mobile phone software first reads the opening information flag and makes a judgment. If the opening information is not sent, the mobile phone software collects the feature information, if the feature information satisfies The preset condition sends a mobile phone activation message. Send mobile phone opening information as shown in Figure 8.

 The opening information flag is used to identify whether the opening information has been sent. This flag can be saved in

In FLASH or EEPROM. After the mobile phone is turned on, the flag bit should be judged first. As shown in Fig. 1, if the open information flag indicates that the message has been sent, the process ends, otherwise the next step is to collect the feature information. After successfully transmitting the mobile phone activation information, the setting information flag should be set, as shown in Figure 8.

The feature information collected by the mobile phone software may be information of multiple location areas, length of talk time, length of boot time, number of short messages that have been sent and received by the saved number of phonebooks, and the number of times that the continuous boot time reaches a predetermined value. Information, and determine whether the feature information meets the preset condition. The judgment of the change of multiple location areas is as shown in FIG. 2. In FIG. 2, the mobile phone software collects information of multiple location areas, for example, collects more than three location area information (multiple location areas are used to improve accuracy), Then compare with the information of multiple location areas saved before, if not the same, the mobile phone software enters the process of sending the opening information, otherwise it ends. The judgment of the length of the call time is shown in Figure 3. In Figure 3, the mobile phone software collects the length of the call time and compares it with a preset condition such as more than 2 minutes. If it exceeds 2 minutes, the mobile phone software enters the process of sending the open message. Otherwise, in the actual application, the calculation of the boot time can be officially calculated after the mobile phone finds the network, which can reduce the chance of misjudgment. The judgment of the boot time is shown in Figure 4. In Figure 4, the mobile phone software collects the boot time and compares with the preset conditions, such as more than 10 hours. If it exceeds 10 hours, the mobile phone software enters the send open information. Process, otherwise it ends. The number of saved phonebooks is judged as shown in Figure 5. In Figure 5, the mobile phone software collects the saved number of phonebooks and compares them with preset conditions, such as greater than 10, if the number of saved phonebooks exceeds 10 , the mobile phone software enters the process of sending the opening information, otherwise it ends. The number of short messages that have been sent and received is judged as shown in FIG. 6. In FIG. 6, after the short message is sent or the short message is received, the mobile phone software collects the quantity information of the short message that has been sent and received, and presets Conditions, such as sending 5 short messages or receiving 5 short messages for comparison. If this condition is met, the mobile phone software enters the process of sending the opening information, otherwise updating the number of short messages sent and the number of short messages received, the next time The judgment is made when the condition is triggered. The number of times that the continuous boot time reaches the predetermined value is judged as shown in Fig. 7, in Fig. 7, if it is turned on When the predetermined value is reached, for example, 5 hours, the mobile phone software collects the number of times that the continuous boot time has reached the predetermined value, and compares it with a preset condition, such as 4 times. If the number of times that the continuous booting time reaches the predetermined value is equal to or greater than 4 times, the mobile phone software enters the process of sending the opening information, otherwise the number of times the continuous booting time reaches the predetermined value is updated, and the next time the condition is triggered, the judgment is made. In practical applications, the calculation of the boot time can also be officially calculated after the mobile phone finds the network, which can reduce the chance of misjudgment.

 Figure 8 shows the flow of the mobile phone software to send the opening information. The mobile phone software first reads the mobile phone identification information, and then sends the mobile phone identification information to a specific number through a short message. After the transmission is successful, the opening information flag is set, indicating that the opening information has been sent. The mobile phone identification information may be an IMEI number such as GSM or a PSID number of the PHS, or other information. In practical applications, in order to collect more information, you can add information such as the motherboard number, software version number, and feature information category. Send the mobile phone identification information to a specific number. This specific number is generally the number opened by the manufacturer for this function. In the mobile phone software, this number can be stored in FLASH or EEPROM, and can be written by other corresponding programs or modify. When the phone is shipped from the factory, a default specific number will be stored in the FLASH or EEPROM. It can be modified by the modified software on the PC (Personal Computer) side after the phone is sold or later. And the values of the previous preset conditions can also be stored in FLASH or EEPROM in the same way, so that the values of these conditions can be modified later, which is convenient. The modification software on the PC side of the mobile phone is a software that modifies several parameters mentioned above, such as a specific number, a preset condition value, etc., and its implementation is to modify the specified value by erasing and writing FLASH or EEPROM. The principle is equivalent to the burning program of the PHS mobile phone. In the application, after receiving the short message sent by the user's mobile phone, the manufacturer can feed back a short message to the user, so that the anti-counterfeiting effect is provided, and the manufacturer can better serve the user of the genuine mobile phone, and the user can also confirm this. The phone is authentic.

 Fig. 9 is a flow chart showing the opening detection including the above specific detection of the characteristic information. After the mobile phone is turned on, the mobile phone software first reads the opening information flag and makes a judgment. If the opening information is not sent, the mobile phone software collects one or several of the characteristic information, that is, the information of multiple location areas and the time of the call. One or more of the length information, the boot time information, the saved phone book quantity information, the number of short messages that have been sent and received, and the number of times the continuous boot time reaches a predetermined value, if any of the collected information satisfies the pre- If the condition is set, the mobile phone opening information is sent, as shown in FIG.

Of course, the invention may have other various embodiments without departing from the spirit and spirit of the invention. Various changes and modifications can be made by those skilled in the art in light of the present invention, and the corresponding changes and modifications are intended to fall within the scope of the appended claims. Industrial applicability

 The invention is to collect and judge the characteristic information after the mobile phone is turned on, and the sending mobile phone identification information that meets the preset condition is sent to a specific number, and the manufacturer helps after analyzing and collecting the received information. Master the sales of mobile phones and the preferences of users, etc., make timely adjustments to the products, and promptly feedback a confirmation message to the users of the received short messages, which has anti-counterfeiting effect and can better serve the users of genuine mobile phones. The method of sending a preset condition to a specific receiving device can be easily implemented by using a short message without affecting the system.

Claims

Claim A method for detecting an open mobile phone, comprising: the following steps: Step 1, after the mobile phone is powered on, using a detecting module of the mobile phone to collect feature information related to the opening of the mobile phone;  Step 2: determining whether the feature information meets a trigger condition for sending a mobile phone opening information corresponding to the feature information preset in the mobile phone, and if yes, triggering a mobile phone opening information sending process, where the detecting module reads the The identification information of the mobile phone, and sending the identification information to a specific number, indicating that the mobile phone has been opened; otherwise, the detection is continued until the opening detection is completed.  2. The method for detecting an open mobile phone according to claim 1, wherein the step 2 further comprises the steps of:  After the mobile phone identification information is successfully sent, an open information flag stored in the mobile phone is set, indicating that the mobile phone opening information has been sent.  The method for detecting an open mobile phone according to claim 2, wherein in the step 1, before the detecting module collects the feature information, the method further includes the following steps:  After the mobile phone is powered on, the detecting module first reads the opening information flag and makes a judgment. If the opening information flag indicates that the opening information has not been sent, the detecting module collects the feature information, if the opening information flag Indicates that the opening information has been sent, and the detection process ends.  4. The method of detecting an open mobile phone according to claim 3, wherein the open information flag is stored in a flash memory or an electrically erasable programmable read only memory.  The method for detecting an open mobile phone according to claim 1, wherein the feature information collected by the mobile phone software may be information of multiple location areas, length of talk time, length of boot time, and save One or more of the number of telephone book information, the number of short messages that have been sent and received, and the number of times that the continuous boot time reaches a predetermined value.  The method for detecting an open mobile phone according to claim 1, wherein the sending the identification information of the mobile phone to the specific number in the step 2 is sent by using a short message. The method for detecting an open mobile phone according to claim 1 or 2 or 3 or 4 or 5 or 6, wherein the identification information of the mobile phone may be a global mobile communication system GSM stored in the mobile phone. International mobile station equipment identifier IMEI number or the end of the personal handy phone system PHS End ID number PSID or the unique identification code of the fixed station or the unique identification code of the CDMA mobile phone.  The method for detecting an open mobile phone according to claim 7, wherein the mobile phone identification information may further include one of a motherboard number, a software version number, and a feature information category or an evening I Inm From s  9. The method for detecting an open mobile phone according to claim 1 or 2, wherein the specific number is provided by a short message service provider, and there is a flash memory or an electrically erasable programmable read only in the mobile phone. In memory.  The method of detecting an open mobile phone according to claim 1 or 2 or 3, wherein the step 2 further comprises the steps of:  After receiving the identification information sent by the mobile phone, the specific number uses the identification information of the mobile phone to determine the authenticity of the mobile phone, and then feeds back a response message to the mobile phone.