CN1968301B - Method and device for synchronous address book data storage in mobile device - Google Patents
Method and device for synchronous address book data storage in mobile device Download PDFInfo
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- CN1968301B CN1968301B CN2005101254330A CN200510125433A CN1968301B CN 1968301 B CN1968301 B CN 1968301B CN 2005101254330 A CN2005101254330 A CN 2005101254330A CN 200510125433 A CN200510125433 A CN 200510125433A CN 1968301 B CN1968301 B CN 1968301B
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Abstract
The invention builds communication data arrays in two memory mediums, and builds the relation of communicator data in two data arrays. When processing synchronization, refreshes the communicator data of one array to the communicator data of another data array, and selects relation to refresh with repeated communicator data.
Description
Technical field
The present invention relates to a kind of contact data method for synchronous and device, particularly a kind of in a communication system method and apparatus of the contact data of stores synchronized two storage mediums.
Background technology
The internal memory of mobile phone book increases gradually along with the progress of science and technology, with respect to subscriber identify module card (subscriber identity module, SIM) storable data stroke count, storable contact data stroke count of telephone directory in the present mobile phone and data content all are far from SIM card and can compare.Therefore, the mobile phone telephone directory generally is subjected to bigger welcome of user and utilization rate.
Yet use for a long time the user under the preference of mobile phone telephone directory, can cause the storage data on mobile phone telephone directory and the SIM card inconsistent, in case when the user need change mobile phone, the contact data on the SIM card may wrong often, out-of-date or incomplete data.If user's desire is updated to the contact data in the mobile phone on the SIM card, one easy instrument is not provided in the prior art, can only contact data be copied on the SIM card by after the some data comparisons of user, so will expend the considerable time.
On the other hand, if the user has demand that the data on the different SIM card are done to upgrade or contact datas different on the multiple SIM card is updated in the mobile phone telephone directory, also none easy instrument is available for users to finish this work at present.And the function that traditional telephone directory only provides the coordinator to duplicate, though can be in order to the data on the SIM card are copied in the mobile phone telephone directory, but cause many identical datas to exist simultaneously easily, so that waste internal memory, or same the new and old different editions of data exists simultaneously, and causes user's puzzlement.
Summary of the invention
Therefore, main purpose of the present invention is providing a kind of method of stores synchronized address book data of carrying out in a mobile device to address the above problem.
The present invention provides a kind of method of carrying out stores synchronized address book data in a mobile device, include: set up one first contact data array and set up one second contact data array according to the contact data of one second storage medium according to the contact data of one first storage medium, this step comprises: the index identification code of setting up many contact datas in this first contact data array and this second contact data array respectively, corresponding identification code, name data and telephone number sort to many contact datas of this first contact data array and many contact datas of this second contact data array respectively according to name data; Set up the corresponding relation of many contact datas of many contact datas of this first contact data array and this second contact data array according to this first contact data array and this second contact data array, this step comprises: the name data according to first contact data in this first contact data array is searched second contact data with same name data in this second contact data array, searches the corresponding identification code of the index identification code of this second contact data as this first contact data in this first contact data array from search this second contact data with same name data; And this first contact data of this first storage medium is write to this corresponding in this second storage medium second contact data according to the corresponding relation of many contact datas of this first contact data array and many contact datas of this second contact data array.
The present invention provides a kind of mobile device that carries out stores synchronized address book data in addition, include one first storage device, include many contact datas, one second storage device, include many contact datas, one first contact data array, be stored in this first storage device, this first contact data array includes the index identification code of pointing to many contact datas in this first storage device, corresponding identification code, many indexs of name data and telephone number, one second contact data array, be stored in this second storage device, this second contact data array includes the index identification code of pointing to many contact datas in this second storage device, corresponding identification code, many indexs of name data and telephone number, an and synchronous module, be used for setting up the corresponding relation of many contact datas of many contact datas of this first contact data array and this second contact data array according to this first contact data array and this second contact data array, and according to the corresponding relation of many contact datas of many contact datas of this first contact data array and this second contact data array the contact data in this first storage device is write in this second storage device, wherein the corresponding relation of setting up many contact datas of many contact datas of this first contact data array and this second contact data array according to this first contact data array and this second contact data array comprises following steps: the name data according to first contact data in this first contact data array is searched second contact data with same name data in this second contact data array; From search this second contact data, search the corresponding identification code of the index identification code of this second contact data as this first contact data in this first contact data array with same name data.
Description of drawings
Fig. 1, Fig. 2 and Fig. 3 carry out the flow chart of data establishment stage in the method for stores synchronized address book data in a mobile device for the present invention.
Fig. 4 is the schematic diagram of the present invention embodiment in the data establishment stage.
Fig. 5 is the flow chart in data sync stage in the method for the present invention's contact data of synchronous two storage mediums in a mobile device.
Fig. 6 is the schematic diagram of different wheel synchronization type in the contact data synchronizing process of the present invention.
Fig. 7 is synchronously to the flow chart of the method for synchronization of second contact data with first contact data.
Fig. 8 can carry out the schematic diagram of the mobile device of stores synchronized address book data for the present invention.
The reference numeral explanation
10 mobile device telephone directories, 12,14,22 contact datas
20SIM card telephone directory 30 wheel synchronization type tables
40 mobile devices, 50 input interfaces
60 synchronization modules 62 are searched corresponding program
70 first storage devices, 72,82 contact datas
74 first contact data arrays, 76,86 contact data indexs
80 second storage devices, 84 second contact data arrays
100,102, step
104,106, step
110,112, step
114,116, step
120,122, step
124,126, step
128,200, step
220,240, step
242,244, step
246,248 steps
Embodiment
Method of the present invention comprises two stage flow process: data establishment stage and data sync stage.Because method of the present invention is the contact data in synchronous one first storage medium and one second storage medium, for convenience of description, hereinafter with a mobile device telephone directory as first storage medium (hereinafter representing it) with telephone directory, the SIM card that is used for inserting mobile device explains as second storage medium, and synchronous method is for on Data Update to the second storage medium (being SIM card) on first storage medium (being telephone directory).
Please refer to Fig. 1～3.The flow chart of data establishment stage in the method for stores synchronized address book data is carried out in Fig. 1～3 in a mobile device for the present invention.In the data establishment stage, can be divided into the following step:
Step 100: set up one first contact data array according to the contact data of telephone directory;
Step 110: set up one second contact data array according to the contact data on the SIM card;
Step 120: the corresponding relation of setting up this first contact data array and this second contact data array.
For making the contact data on telephone directory and the SIM card can carry out follow-up synchronization action, at first must set up one on two storage mediums respectively can be for contact data array relatively.This data array work of setting up can be carried out when system start-up (be mobile device start), perhaps owing to set up the contact data array and need apply to system's calculation resources, therefore also can be set in the user and start telephone directory in the mobile device and just carry out this data array and set up work to save the mobile device available machine time.As described in step 100, in a telephone directory that has had many contact datas, at first set up an index identification code, a corresponding identification code, a name data and one or many phone datas at each contact data.Wherein, this index identification code is the unique identifier that is stored in this first contact data array, this name data and many phone datas have been then for being stored in the existing data in the telephone directory, should the correspondence identification code then be used for the corresponding relation of the contact data on headphone book and the SIM card.When after many contact datas are finished in foundation respectively on telephone directory and the SIM card, more respectively according to the ordering of the name data in each contact data, with the convenient follow-up corresponding relation of setting up.Please refer to Fig. 2, the telephone directory D first contact data array establishment step is as described below:
Step 102: set up an index identification code, a corresponding identification code, a name data and one or many phone datas according to each contact data in the telephone directory;
Step 104:, these many contact datas in the telephone directory are sorted according to this name data;
Step 106: many contact datas after will sorting are output as one first contact data array.
Please refer to Fig. 3, the second contact data array establishment step on the SIM card is as follows:
Step 112: set up an index identification code, a corresponding identification code, a name data and one or many phone datas according to each contact data in the SIM card;
Step 114:, these many contact datas in the SIM card are sorted according to this name data;
Step 116: many contact datas after will sorting are output as one second contact data array.
Then, set up the corresponding relation of two contact personal data arrays as described in the step 120.At first set up the corresponding relation of the first contact data array of itself and mobile device telephone directory according to the second contact data array on the SIM card, it is as follows to set up mode:
Step 122: the name data that reads each first contact data in this first contact data array in regular turn; After in the end one first contact data reads end, skip to step 128;
Step 124: the name data according to this first contact data in the step 122 is searched second contact data that whether has the same name data in this second contact data array; If not, then skip to step 122 and continue solely to get next record first contact data;
Step 126:, in the corresponding identification code of index identification code recording at this first contact data of this second contact data that will in this second contact data array, search, and skip to step 124 if having identical data;
Step 128: finish.
In setting up process, each first contact data may find second contact data that has the same name data more than in the second contact data array, therefore, the corresponding identification code in this first contact data can write down the index identification code that surpasses second contact data more than.First contact data that on SIM card, can't find the same name data then its corresponding identification code field for blank.
In addition, when with above-mentioned rightabout corresponding relation, be established as the corresponding relation of setting up the second contact data array on itself and the SIM card according to the first contact data array of the telephone directory in the mobile device, it is identical with said method that it sets up mode, so do not give unnecessary details in addition at this.
Wherein, in setting up process, each second contact data may find first contact data that has the same name data more than in the first contact data array, so the corresponding identification code in this second contact data can write down the index identification code that surpasses first contact data more than.Second contact data that on telephone directory, can't find the same name data then its corresponding identification code field for blank.
Please refer to Fig. 4.Fig. 4 is the schematic diagram of the present invention embodiment in the data establishment stage.For example, suppose to have the contact data 12,14 of two name data for " Mr. A " in the first contact data array of mobile device telephone directory 10, its index identification code is respectively 21 and 103; The contact data 22 of a name data for " Mr. A " arranged in the second contact data array on SIM card 20, and its index identification code is 55.When setting up corresponding relation in step 122-126, will insert 55 respectively in the corresponding identification code of contact data 12,14, be 55 contact data 22 to point to index identification code in the second contact data array.When setting up corresponding relation in step 132-136, the corresponding identification code of contact data 22 can insert 21 and 103, is two contact datas 12,14 of 21 and 103 to point to index identification code in the first contact data array.So set up the corresponding relation of this first contact data array and this second contact data array in regular turn.
In addition, in step 104 and the step 114 according to this name data, respectively the contact data on telephone directory and the SIM card is sorted, can make the seek actions of step 124 only need to do local search at the contact data that sorted, do not need to search the foundation that whole data can be finished corresponding relation, so more save the required time of step 124 seek actions.
When the contact data array on mobile device telephone directory and the SIM card and corresponding relation thereof set up respectively finish after, then the data sync stage can be compared and stores synchronized automatically at the contact data of two synchronous storage mediums of desire.Explanation is earlier, in synchronizing process, all Data Update actions all are directly to make an amendment at the contact data that is stored on mobile device telephone directory or the SIM card, in fact, first and second contact data array that the front is set up is all the index of pointing to solid data in the storage medium, therefore upgrades data in the contact data array and is solid data in the updated stored media.If the enough words of internal memory on mobile device telephone directory or the SIM card, also can set up first and second contact data array with solid data, when upgrading, handle the data in the two contact personal data arrays earlier, to be updated finish or after the user confirms, again data updated is write in mobile device telephone directory and the SIM card, safer Data Update program so more can be provided.
Please refer to Fig. 5.Fig. 5 carries out the flow chart of stores synchronized address book data in a mobile device for the present invention.As desire with the contact data stores synchronized on the mobile device telephone directory to SIM card, its step is as follows:
Step 200: read one first contact data on this first contact data array on the mobile device telephone directory in regular turn;
Step 220:, search in the corresponding identification code of this first contact data whether have data according to this first contact data on this first contact data array on the mobile device telephone directory that is read; If do not have, skip to step 200 and continue to read next record first contact data;
Step 240:, this first contact data is updated in this second contact data if having data in the corresponding identification code of this first contact data of search.
The stores synchronized process of the contact data of the present invention on mobile device telephone directory and SIM card has five types.With the name data is Mr.'s A contact data, and is example on the SIM card for the contact data with telephone directory is updated in a synchronous manner, shown in the wheel synchronization type table 30 of Fig. 6:
Type one: contact data A1 and A2 that respectively to have a name data on mobile device telephone directory and the SIM card be Mr. A, replace the phone data A2 of Mr. A on the SIM card with the phone data A1 of Mr. A on the mobile device telephone directory.
Type two: the contact data that to have a name data on the mobile device telephone directory be Mr. A, has the contact data that many name data are Mr. A on the SIM card, the contact data A2 (55) that for example 3 name data to be arranged on the SIM card be Mr. A, A2 (72), A2 (83).Promptly be illustrated in the step 220, the corresponding identification code of this first contact data has 3 index identification codes that correspond to the second contact data array, this is " an one-to-many corresponding relation ", therefore the user can select A2 (55) in this type, A2 (72), a certain pen or many contact data stores synchronized among the A2 (83), and replace this pen or many phone datas of selecting on the SIM card with the phone data of Mr. A on the mobile device telephone directory.
Type three: have the contact data that many name data are Mr. A on the mobile device telephone directory, the contact data A1 (21) that for example on the mobile device telephone directory 2 name data to be arranged be Mr. A, A1 (103), the contact data that to have a name data on the SIM card be Mr. A.Promptly be illustrated in the step 220, in the first stroke Mr. A data A1 (21), search and have single manipulative indexing identification code 55, then check the corresponding identification code content in the contact data of A2 on the SIM card (55), if the corresponding identification code content of A2 (55) has only 21 identification code, then is " one " in the type one.And in type three, the corresponding identification code content of A2 (55) is 21 and 103, therefore decidable is " a many-one corresponding relation ", and in this type, select A1 (21), a certain contact data stores synchronized among the A1 (103) fallen the phone data of A2 (55) on the SIM card to finish more new element with phone data (for example A1 (the 21)) displacement of the contact data selected.As for representing promptly on the telephone directory that unselected contact data (for example A1 (103)) then can also be selected to copy on the SIM card or not to handle in abovementioned steps.
Type four: have the contact data that many name data are Mr. A on the mobile device telephone directory, the contact data A1 (21) that for example 2 name data to be arranged on the telephone directory be Mr. A, A1 (103), the contact data A2 (55) that 3 name data are arranged on the SIM card is Mr. A, A2 (72), A2 (83).Promptly be illustrated in the step 220, have many corresponding identification codes 55 when searching the first stroke Mr. A data A1 (21), 72,83 o'clock, then check the corresponding identification code among the corresponding contact data A2 of the first stroke on the SIM card (55) and find that its content is 21,103, therefore be judged as " multi-to-multi corresponding relation ", in A1 and A2, select the synchronous contact data of desire this moment respectively, for example select A1 (21) and A2 (72), be the phone data of A1 (21) is replaced to the contact data of A2 (72).Also can reject the data that the contact data that has same phone number among A1 and the A2 does not need stores synchronized earlier, then, all the other contact datas among A1 and the A2 be selected stores synchronized.
In the above-mentioned type two～type four, all be included in the contact data of selecting to desire stores synchronized in many contact datas, can store the selection result (this selection result is a synchronous corresponding relation) of above-mentioned synchrodata in the synchronous storage method of the present invention, and when down subsynchronous, this synchronous corresponding relation is made as default value, directly carry out the stores synchronized action to make things convenient for the user.So also can determine separately, reselect the corresponding relation of desiring stores synchronized by the user.
Continue above-mentioned four big wheel synchronization type, the synchronous mode of one the 5th type then be described herein:
Type five: the contact data that to have a name data on the telephone directory be Mr. A, and the contact data that does not have corresponding name data on the SIM card, whether the user can determine will be Mr.'s A contact data with name data on the telephone directory writes on the SIM card, and on telephone directory, during Mr.'s A Data Update, select whether to upgrade synchronously Mr.'s A data on the SIM card.
Please refer to Fig. 7, Fig. 7 is with the flow chart of this first contact data stores synchronized to the method for synchronization of this second contact data in the step 240.As mentioned above, data synchronization comprises:
Step 242: check whether contact data has many corresponding relations in the two synchronous storage mediums of desire, if not, execution in step 248;
Step 244: the user selects to desire the contact data of stores synchronized as a synchronous corresponding relation;
Step 246: set up this synchronous corresponding relation according to step 244;
Step 248: this first contact data is replaced to this second contact data.
In addition, when the method for the disclosed data sync storage of the present invention can be upgraded at the contact data of telephone directory, the user can set and automatically the contact data content synchronization of upgrading is stored on the SIM card in the corresponding contact data, in addition, also can select whether set prompting, can select whether to carry out data sync storage by the prompting mode user by the user.。For convenience of description, all contact data stores synchronized to the contact data on the SIM card with the mobile device telephone directory is an example, as for also can not repeating them here according to above-mentioned implementation method operation by the mode of stores synchronized on the SIM card to the mobile device telephone directory.In addition, above-mentioned execution mode is primarily aimed at the contact data that has the same name data in two storage mediums and carries out stores synchronized.Synchronous storage method of the present invention also comprises the contact data in one first storage medium is write in one second storage medium, so that data sync mode of the present invention has more complete data sync function.
The present invention discloses the method for the contact data of synchronous two storage mediums in a communication system, is not limited to the contact data on the stores synchronized telephone directory and SIM card in the mobile device.In fact, as desire on two storage mediums synchronously that contact data all can use method of data synchronization of the present invention, the stores synchronized of contact data between the telephone directory of two mobile devices for example, or the stores synchronized of contact data is all range of application of the present invention between two SIM card.
Please refer to Fig. 8, Fig. 8 can carry out the schematic diagram of the mobile device 40 of stores synchronized address book data for the present invention.Mobile device 40 comprises one first storage device 70, one second storage device, 80, one synchronous module 60 and is searched corresponding program 62.Include in first storage device 70 in many contact datas 72 and one first contact data array, 74, the second storage devices 80 and include many contact datas 82 and one second contact data array 84.Wherein, synchronization module 60 is to be used for the contact data 72 in first storage device 70 is write in second storage device 80.
The first contact data array 74 includes many contact data indexs 76 pointing to many contact datas 72 in first storage device 70, the second contact data array 84 includes many contact data indexs 86 pointing to many contact datas 82 in second storage device 80, synchronization module 60 is to be coupled between the first contact data array 74 and the second contact data array 84, and by the corresponding program 62 of the search that is coupled to synchronization module 60, set up the contact data corresponding relation of 84 of the first contact data array 74 and the second contact data arrays, synchronization module 60 is corresponding relations of setting up the first contact data array 74 many contact datas 72 pointed and the second contact data array 84 many contact datas 82 pointed according to the first contact data array 74 and the second contact data array 84, and according to the corresponding relation of the first contact data array 74 many contact datas 72 pointed and the second contact data array 84 many contact datas 82 pointed contact data 72 in first storage device 70 is write in second storage device 80.
The contact data array is set up in utilization of the present invention respectively in two storage mediums, and the corresponding relation of setting up contact data in the two contact data arrays, when carrying out stores synchronized, contact data in the one contact data array is updated to contact data in another contact data array, and selects corresponding relation to have the specific more new element of repetition contact data according to the user.
The above only is preferred embodiment of the present invention, and all equalizations of being done according to the present patent application claim change and modify, and all should belong to covering scope of the present invention.
Claims (13)
1. method of carrying out stores synchronized address book data in a mobile device includes:
Set up one first contact data array and set up one second contact data array according to the contact data of one second storage medium according to the contact data of one first storage medium, this step comprises:
In this first contact data array and this second contact data array, set up the index identification code of many contact datas, corresponding identification code, name data and telephone number respectively;
Respectively many contact datas of this first contact data array and many contact datas of this second contact data array are sorted according to name data;
Set up the corresponding relation of many contact datas of many contact datas of this first contact data array and this second contact data array according to this first contact data array and this second contact data array, this step comprises:
Name data according to first contact data in this first contact data array is searched second contact data with same name data in this second contact data array;
From search this second contact data, search the corresponding identification code of the index identification code of this second contact data as this first contact data in this first contact data array with same name data; And
According to the corresponding relation of many contact datas of this first contact data array and many contact datas of this second contact data array this first contact data of this first storage medium is write to this corresponding in this second storage medium second contact data.
2. the method for claim 1, wherein, according to the corresponding relation of many contact datas of this first contact data array and many contact datas of this second contact data array this first contact data of this first storage medium being write to this corresponding in this second storage medium second contact data comprises:
When this first contact data of this first storage medium has multiple array corresponding relation, select in this second storage medium a corresponding relation, this first contact data that writes this first storage medium is to this second contact data of this this corresponding relation of second storage medium and the selection of storing this corresponding relation.
3. method as claimed in claim 2, other comprises the selection result according to this corresponding relation, when this first contact data of this first storage medium upgrades, this first contact data is write in this second contact data of this this corresponding relation of second storage medium.
4. the method for claim 1, wherein, according to the corresponding relation of many contact datas of this first contact data array and many contact datas of this second contact data array this first contact data of this first storage medium being write to this corresponding in this second storage medium second contact data comprises:
When this second contact data of this second storage medium has multiple array corresponding relation, select in this first storage medium a corresponding relation, this contact data of this first storage medium of this corresponding relation is write in this second contact data of this second storage medium and the selection of storing this corresponding relation.
5. method as claimed in claim 4, other comprises the selection result according to this corresponding relation, when this contact data of this first storage medium upgrades, this contact data is write in this second contact data of this this corresponding relation of second storage medium.
6. the method for claim 1, other comprises and writes in this second storage medium not having a contact data of corresponding relation in this first storage medium.
7. the method for claim 1, wherein, when setting up this first contact data array and setting up this second contact data array, be when this mobile device initialization, to carry out or when the contact data of this first storage medium is enabled, carry out according to the contact data of this second storage medium according to the contact data of this first storage medium.
8. the method for claim 1 when other is included in this first contact data renewal of this first storage medium, writes this first contact data in this second storage medium.
9. the method for claim 1 when other is included in this first contact data renewal of this first storage medium, writes to this first contact data this second contact data that has corresponding relation in this second storage medium.
10. the method for claim 1, when other is included in this first contact data renewal of this first storage medium, select whether this first contact data is write to this second contact data that has corresponding relation in this second storage medium according to a user setting.
11. the mobile device that can carry out stores synchronized address book data includes:
One first storage device, including many contact data orderings is one first contact data array, be stored in this first storage device, this first contact data array includes many indexs pointing to index identification code, corresponding identification code, name data and the telephone number of many contact datas in this first storage device;
One second storage device, including many contact data orderings is one second contact data array, be stored in this second storage device, this second contact data array includes many indexs pointing to index identification code, corresponding identification code, name data and the telephone number of many contact datas in this second storage device; And
One synchronous module, be used for setting up the corresponding relation of many contact datas of many contact datas of this first contact data array and this second contact data array according to this first contact data array and this second contact data array, and according to the corresponding relation of many contact datas of many contact datas of this first contact data array and this second contact data array the contact data in this first storage device is write in this second storage device, wherein the corresponding relation of setting up many contact datas of many contact datas of this first contact data array and this second contact data array according to this first contact data array and this second contact data array comprises following steps:
Name data according to first contact data in this first contact data array is searched second contact data with same name data in this second contact data array; And
From search this second contact data, search the corresponding identification code of the index identification code of this second contact data as this first contact data in this first contact data array with same name data.
12. mobile device as claimed in claim 11, other comprises an input interface, is coupled to this first storage device and this second storage device, is used for importing contact data to this first storage device or this second storage device.
13. mobile device as claimed in claim 11, other comprises one and searches corresponding program module, is coupled to this synchronization module, is used for setting up the contact data corresponding relation between this first contact data array and this second contact data array.
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| Application Number | Priority Date | Filing Date | Title |
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| CN2005101254330A CN1968301B (en) | 2005-11-17 | 2005-11-17 | Method and device for synchronous address book data storage in mobile device |
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| CN2005101254330A CN1968301B (en) | 2005-11-17 | 2005-11-17 | Method and device for synchronous address book data storage in mobile device |
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| CN1968301A CN1968301A (en) | 2007-05-23 |
| CN1968301B true CN1968301B (en) | 2010-10-13 |
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| CN102098812B (en) * | 2011-02-16 | 2015-05-13 | 中兴通讯股份有限公司 | Data synchronization method and mobile terminal |
| CN104468922B (en) * | 2013-09-22 | 2017-08-04 | 上海斐讯数据通信技术有限公司 | A kind of method of synchronous SIM card associated person information |
| CN105610951B (en) * | 2015-12-30 | 2020-06-23 | 联想(北京)有限公司 | Method for synchronizing data between devices and electronic device |
| CN112269831A (en) * | 2020-10-27 | 2021-01-26 | 广州助蜂网络科技有限公司 | High-performance mass data synchronization method and device |
Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2000079773A1 (en) * | 1999-06-23 | 2000-12-28 | Siemens Aktiengesellschaft | Extended telephone directory for a mobile telephone |
| CN1633141A (en) * | 2005-01-18 | 2005-06-29 | 大唐微电子技术有限公司 | Method for importing SIM card telephone directory into intelligent terminal and intelligent terminal therefor |
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Patent Citations (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2000079773A1 (en) * | 1999-06-23 | 2000-12-28 | Siemens Aktiengesellschaft | Extended telephone directory for a mobile telephone |
| CN1633141A (en) * | 2005-01-18 | 2005-06-29 | 大唐微电子技术有限公司 | Method for importing SIM card telephone directory into intelligent terminal and intelligent terminal therefor |
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