CN105100398A - Method and system for synchronizing schedule information - Google Patents
Method and system for synchronizing schedule information Download PDFInfo
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- CN105100398A CN105100398A CN201510267903.0A CN201510267903A CN105100398A CN 105100398 A CN105100398 A CN 105100398A CN 201510267903 A CN201510267903 A CN 201510267903A CN 105100398 A CN105100398 A CN 105100398A
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Abstract
The invention discloses a method for synchronizing schedule information. The method comprises the following steps that: a first mobile terminal sends a command of synchronizing schedule data to a second mobile terminal when the trigger action of a user is received; the second mobile terminal calls the schedule data when the command is received in order to construct a data structure of the schedule data; the second mobile terminal finds the first mobile terminal which is matched with the second mobile terminal according to the ID of the first mobile terminal, and transmits the data structure to the first mobile terminal; and the first mobile terminal receives the data structure and resolves the schedule data from the data structure. Through the way, the schedule information on another mobile terminal can be checked through one mobile terminal, so that convenience can be brought to operation of the user.
Description
Technical field
The present invention relates to electronic device field, particularly relate to a kind of method and system of synchronous calendar information.
Background technology
Along with the raising that people require mobile terminal function, market there is the mobile terminal of a lot of large-size screen monitors, although function is a lot, effect of seeing a film is also fine, but it is not very convenient to carry with routine use, need the mobile terminal of large-size screen monitors to take out to see when needing to check calendar information, not very convenient, and the mobile terminal of large-size screen monitors compares power consumption.
Therefore, the method and system that a kind of synchronous calendar information is provided is needed, to solve the problems of the technologies described above.
Summary of the invention
The technical problem that the present invention mainly solves is to provide a kind of method and system of synchronous calendar information, can be checked the calendar information on another mobile terminal, thus user can be facilitated to operate by a mobile terminal.
For solving the problems of the technologies described above, the technical scheme that the present invention adopts is: a kind of method providing synchronous calendar information, and the method comprises: the first mobile terminal sends the instruction of synchronous schedule data to the second mobile terminal when receiving the trigger action of user; Second mobile terminal calls its schedule data when receiving instruction, the data structure of structure schedule data, wherein, construct the data structure of schedule data comprise successively by the ID of the ID of recognition command, the second mobile terminal, the first mobile terminal, check code, data type, data length and schedule data by order arrangement from left to right; Second mobile terminal finds the first mobile terminal mated with the second mobile terminal according to the ID of the first mobile terminal, and data structure is sent to the first mobile terminal; First mobile terminal receives data structure and therefrom parses schedule data.
Wherein, the step that the first mobile terminal sends the instruction of synchronous schedule data to the second mobile terminal when receiving the trigger action of user comprises: the first mobile terminal sends the first request of synchronous schedule data to the first bluetooth module in the first mobile terminal by the first calendaring module when user checks the trigger action of the first calendaring module in the first mobile terminal receiving; First bluetooth module receives and first asks and judge whether and the second mobile terminal that the first mobile terminal bluetooth is connected, if having, then sends the instruction of synchronous schedule data to the second bluetooth module of the second mobile terminal.
Wherein, second mobile terminal calls its schedule data when receiving instruction, the step of the data structure of structure schedule data comprises: when the second bluetooth module receives instruction, sends second request of reading schedule data to the second calendaring module in the second mobile terminal; When second calendaring module receives the second request, send schedule data to the second bluetooth module, the data structure of the second bluetooth module structure schedule data; Second mobile terminal finds the first mobile terminal mated with the second mobile terminal according to the ID of the first mobile terminal, and step data structure being sent to the first mobile terminal comprises: the second bluetooth module finds the first mobile terminal mated with the second mobile terminal according to the ID of the first mobile terminal, and data structure is sent to the first bluetooth module of the first mobile terminal; The step that first mobile terminal reception data structure also therefrom parses schedule data comprises: the first bluetooth module is sent to the first calendaring module after parsing schedule data according to posttectonic data structure.
For solving the problems of the technologies described above, another technical solution used in the present invention is: a kind of method providing synchronous calendar information, the method comprises: the first mobile terminal is after occurring calendar prompting event, construct the data structure of the schedule data relevant to calendar prompting event, wherein, construct the data structure of schedule data comprise successively by the ID of the ID of recognition command, the first mobile terminal, the second mobile terminal, check code, data type, data length and schedule data by order arrangement from left to right; First mobile terminal finds according to the ID of the second mobile terminal the second mobile terminal of mating with the first mobile terminal and sends data structure to the second mobile terminal; Second mobile terminal receives data structure and therefrom parses schedule data; Second mobile terminal performs corresponding calendar prompting event according to schedule data.
Wherein, in the first mobile terminal after there is calendar prompting event, the step constructing the data structure of the schedule data relevant to calendar prompting event comprises: the first calendaring module in the first mobile terminal is overseas broadcast schedule data after the reminder time that a certain calendar prompting event is corresponding arrives; The data structure of schedule data is constructed after the first bluetooth module in first mobile terminal receives schedule data; First mobile terminal finds according to the ID of the second mobile terminal the second mobile terminal of mating with the first mobile terminal and the step sending data structure to the second mobile terminal comprises: the first bluetooth module finds according to the ID of the second mobile terminal the second mobile terminal of mating with the first mobile terminal and the second bluetooth module to the second mobile terminal sends data structure; The step that second mobile terminal reception data structure also therefrom parses schedule data comprises: when the second bluetooth module in the second mobile terminal receives data structure, from data structure, parse schedule data; The step that second mobile terminal performs corresponding calendar prompting event according to schedule data comprises: schedule data is sent to the second calendaring module of the second mobile terminal by the second bluetooth module; Second calendaring module performs corresponding calendar prompting event according to schedule data.
For solving the problems of the technologies described above, another technical scheme that the present invention adopts is: the system providing a kind of synchronous calendar information, this system comprises the first mobile terminal and the second mobile terminal, and the first mobile terminal sends the instruction of synchronous schedule data to the second mobile terminal when receiving the trigger action of user; Second mobile terminal calls its schedule data when receiving instruction, the data structure of structure schedule data, wherein, construct the data structure of schedule data comprise successively by the ID of the ID of recognition command, the second mobile terminal, the first mobile terminal, check code, data type, data length and schedule data by order arrangement from left to right; Second mobile terminal finds the first mobile terminal mated with the second mobile terminal according to the ID of the first mobile terminal, and data structure is sent to the first mobile terminal; First mobile terminal receives data structure and therefrom parses schedule data.
Wherein, first mobile terminal comprises the first calendaring module, first bluetooth module and trigger action receiver module, second mobile terminal comprises the second bluetooth module, trigger action receiver module checks the trigger action of the first calendaring module in the first mobile terminal for receiving user, first calendaring module sends the first request of synchronous schedule data to the first bluetooth module when trigger action receiver module receives trigger action, first bluetooth module receives first and asks and judge whether and the second mobile terminal that the first mobile terminal bluetooth is connected, if have, the instruction of synchronous schedule data is then sent to the second bluetooth module of the second mobile terminal.
Wherein, second mobile terminal also comprises the second calendaring module, when second bluetooth module receives instruction, second request of reading schedule data is sent to the second calendaring module, when second calendaring module receives the second request, send schedule data to the second bluetooth module, the data structure of the second bluetooth module structure schedule data, second bluetooth module finds the first mobile terminal mated with the second mobile terminal according to the ID of the first mobile terminal, and data structure is sent to the first bluetooth module of the first mobile terminal, first bluetooth module is sent to the first calendaring module after parsing schedule data according to posttectonic data structure.
For solving the problems of the technologies described above, another technical scheme that the present invention adopts is: the system providing a kind of synchronous calendar information, this system comprises the first mobile terminal and the second mobile terminal, in the first mobile terminal after there is calendar prompting event, construct the data structure of the schedule data relevant to calendar prompting event, wherein, construct the data structure of schedule data comprise successively by the ID of the ID of recognition command, the first mobile terminal, the second mobile terminal, check code, data type, data length and schedule data by order arrangement from left to right; First mobile terminal finds according to the ID of the second mobile terminal the second mobile terminal of mating with the first mobile terminal and sends data structure to the second mobile terminal; Second mobile terminal receives data structure and therefrom parses schedule data; Second mobile terminal performs corresponding calendar prompting event according to schedule data.
Wherein, the first mobile terminal comprises the first calendaring module and the first bluetooth module, and the second mobile terminal comprises the second calendaring module and the second bluetooth module, and the first calendaring module is overseas broadcast schedule data after the reminder time that a certain calendar prompting event is corresponding arrives; First bluetooth module constructs the data structure of schedule data after receiving schedule data, the first bluetooth module finds according to the ID of the second mobile terminal the second mobile terminal of mating with the first mobile terminal and the second bluetooth module to the second mobile terminal sends data structure; When the second bluetooth module in second mobile terminal receives data structure, from data structure, parse schedule data, schedule data is sent to the second calendaring module of the second mobile terminal by the second bluetooth module; Second calendaring module performs corresponding calendar prompting event according to schedule data.
The invention has the beneficial effects as follows: the situation being different from prior art, the present invention sends the instruction of synchronous schedule data to the second mobile terminal when receiving the trigger action of user by the first mobile terminal, second mobile terminal calls its schedule data when receiving instruction and is sent to the first mobile terminal can check calendar information on another mobile terminal by a mobile terminal, thus user can be facilitated to operate.
Accompanying drawing explanation
Fig. 1 is the flow chart of the method for the synchronous calendar information of first embodiment of the invention;
Fig. 2 is the flow chart of the method for the synchronous calendar information of second embodiment of the invention;
Fig. 3 is the module diagram of the system of the synchronous calendar information of first embodiment of the invention;
Fig. 4 is the module diagram of the system of the synchronous calendar information of second embodiment of the invention.
Embodiment
Below in conjunction with drawings and Examples, the present invention will be described in detail.
Refer to Fig. 1, Fig. 1 is the flow chart of the method for the synchronous calendar information of first embodiment of the invention.In the present embodiment, the method for synchronous calendar information comprises the following steps:
Step S11: the first mobile terminal sends the instruction of synchronous schedule data to the second mobile terminal when receiving the trigger action of user.
In step s 11, the first mobile terminal is function machine, and the second mobile terminal is smart mobile phone, panel computer etc., and such as, function machine can be smart mobile phone, intelligent watch, Intelligent bracelet etc.The function of the first mobile terminal is less than the function of the second mobile terminal.First mobile terminal sends the instruction of synchronous schedule data to the second mobile terminal step when receiving the trigger action of user comprises: the first mobile terminal sends the first request of synchronous schedule data to the first bluetooth module in the first mobile terminal by the first calendaring module when user checks the trigger action of the first calendaring module in the first mobile terminal receiving; First bluetooth module receives first and asks and judge whether and the second mobile terminal that the first mobile terminal bluetooth is connected, if have, the instruction of synchronous schedule data is then sent to the second bluetooth module of the second mobile terminal, if nothing, then the first mobile terminal ejects the prompting that please connect the first mobile terminal and the second mobile terminal bluetooth.Preferably, user checks that the trigger action of the first calendaring module in the first mobile terminal can be trigger action to the trigger action receiver module of the first mobile terminal, such as, taps action, wiping action etc. to the touch-screen of the first mobile terminal.
Step S12: the second mobile terminal calls its schedule data when receiving instruction, the data structure of structure schedule data.
In step s 12, second mobile terminal calls its schedule data when receiving instruction, the step of the data structure of structure schedule data comprises: when the second bluetooth module receives instruction, sends second request of reading schedule data to the second calendaring module in the second mobile terminal; When second calendaring module receives the second request, send schedule data to the second bluetooth module, the data structure of the second bluetooth module structure schedule data; The step that first mobile terminal reception data structure also therefrom parses schedule data comprises: the first bluetooth module is sent to the first calendaring module after parsing schedule data according to posttectonic data structure.Particularly, data structure comprises the recognition command, the ID of the second mobile terminal, the ID of the first mobile terminal, check code, data type, data length and the schedule data that are from left to right arranged in order.The step of the data structure of the second bluetooth module structure schedule data specifically comprises: recognition command, the second mobile terminal ID, the first mobile terminal ID, check code, data type, data length and schedule data are arranged by order from left to right successively.
Step S13: the second mobile terminal finds the first mobile terminal mated with the second mobile terminal according to the ID of the first mobile terminal, and data structure is sent to the first mobile terminal.
In step s 13, second mobile terminal finds the first mobile terminal mated with the second mobile terminal according to the ID of the first mobile terminal, and step data structure being sent to the first mobile terminal comprises: the second bluetooth module finds the first mobile terminal mated with the second mobile terminal according to the ID of the first mobile terminal, and data structure is sent to the first bluetooth module of the first mobile terminal.
Step S14: the first mobile terminal receives data structure and therefrom parses schedule data.
In step S14, the step that the first mobile terminal reception data structure also therefrom parses schedule data comprises: the first bluetooth module is sent to the first calendaring module after parsing schedule data according to posttectonic data structure.First bluetooth module is sent to the first calendaring module after parsing schedule data according to posttectonic data structure and is specially: find the address of schedule data according to recognition command, the second mobile terminal ID, the first mobile terminal ID, check code, data type, data length and putting in order of schedule data and obtain schedule data.
Refer to Fig. 2, Fig. 2 is the flow chart of the method for the synchronous calendar information of second embodiment of the invention.In the present embodiment, the method for synchronous calendar information comprises:
Step S21: the first mobile terminal, after there is calendar prompting event, constructs the data structure of the schedule data relevant to calendar prompting event.
In the step s 21, the first mobile terminal is smart mobile phone, panel computer etc., and the second mobile terminal is function machine, smart mobile phone etc., and the function of the second mobile terminal is less than the function of the first mobile terminal.Structure schedule data data structure comprise successively by the ID of the ID of recognition command, the first mobile terminal, the second mobile terminal, check code, data type, data length and schedule data by from left to right order arrangement.In the first mobile terminal after there is calendar prompting event, the step constructing the data structure of the schedule data relevant to calendar prompting event comprises: the first calendaring module in the first mobile terminal is overseas broadcast schedule data after the reminder time that a certain calendar prompting event is corresponding arrives; The data structure of schedule data is constructed after the first bluetooth module in first mobile terminal receives schedule data.
Step S22: the first mobile terminal finds according to the ID of the second mobile terminal the second mobile terminal of mating with the first mobile terminal and sends data structure to the second mobile terminal.
In step S22, the first mobile terminal finds according to the ID of the second mobile terminal the second mobile terminal of mating with the first mobile terminal and the step sending data structure to the second mobile terminal comprises: the first bluetooth module finds according to the ID of the second mobile terminal the second mobile terminal of mating with the first mobile terminal and the second bluetooth module to the second mobile terminal sends data structure.
Step S23: the second mobile terminal receives data structure and therefrom parses schedule data.
In step S23, the step that the second mobile terminal reception data structure also therefrom parses schedule data comprises: when the second bluetooth module in the second mobile terminal receives data structure, from data structure, parse schedule data.From data structure, wherein parse schedule data be specially, find the address of schedule data according to recognition command, the first mobile terminal ID, the first mobile terminal ID, check code, data type, data length and putting in order of schedule data and obtain schedule data
Step S24: the second mobile terminal performs corresponding calendar prompting event according to schedule data.
In step s 24 which, the step that the second mobile terminal performs corresponding calendar prompting event according to schedule data comprises: schedule data is sent to the second calendaring module of the second mobile terminal by the second bluetooth module; Second calendaring module performs corresponding calendar prompting event according to schedule data.
Refer to Fig. 3, Fig. 3 is the module diagram of the system of the synchronous calendar information of first embodiment of the invention.In the present embodiment, the system of synchronous calendar information comprises the first mobile terminal 31 and the second mobile terminal 32, first mobile terminal 31 send synchronous schedule data to the second mobile terminal 32 instruction when receiving the trigger action of user; Second mobile terminal 32 calls its schedule data when receiving instruction, the data structure of structure schedule data, wherein, construct the data structure of schedule data comprise successively by the ID of the ID of recognition command, the second mobile terminal 32, the first mobile terminal 31, check code, data type, data length and schedule data by order arrangement from left to right; Second mobile terminal 32 finds the first mobile terminal 31 mated with the second mobile terminal 32 according to the ID of the first mobile terminal 31, and data structure is sent to the first mobile terminal 31; First mobile terminal 31 receives data structure and therefrom parses schedule data.
Preferably, first mobile terminal 31 comprises the first calendaring module 311, first bluetooth module 312 and trigger action receiver module 313, trigger action receiver module 313 checks the trigger action of the first calendaring module 311 in the first mobile terminal 31 for receiving user, first calendaring module 311 sends the first request of synchronous schedule data to the first bluetooth module 312 when trigger action receiver module 313 receives trigger action, first bluetooth module 312 receives the first request and judges whether and the second mobile terminal 32 that the first mobile terminal 31 bluetooth is connected, if have, the instruction of synchronous schedule data is then sent to the second bluetooth module 322 of the second mobile terminal 32, if nothing, then the first mobile terminal 31 ejects the prompting that please connect the first mobile terminal 31 and the second mobile terminal 32 bluetooth.
Preferably, second mobile terminal 32 comprises the second calendaring module 321 and the second bluetooth module 322, when second bluetooth module 322 receives instruction, second request of reading schedule data is sent to the second calendaring module 321, when second calendaring module 321 receives the second request, send schedule data to the second bluetooth module 322, second bluetooth module 322 constructs the data structure of schedule data, second bluetooth module 322 finds the first mobile terminal mated with the second mobile terminal according to the ID of the first mobile terminal, and data structure is sent to the first bluetooth module 312 of the first mobile terminal 31, first bluetooth module 312 is sent to the first calendaring module 321 after parsing schedule data according to posttectonic data structure.
Preferably, data structure comprises the recognition command, the ID of the second mobile terminal 32, the ID of the first mobile terminal 31, check code, data type, data length and the schedule data that are from left to right arranged in order.First bluetooth module 312 is sent to the first calendaring module 321 and is specially after parsing schedule data according to posttectonic data structure: find the address of schedule data according to recognition command, the second mobile terminal ID, the first mobile terminal ID, check code, data type, data length and putting in order of schedule data and obtain schedule data.Preferably, the first mobile terminal 31 is function machine, and the second mobile terminal 32 is smart mobile phone, panel computer etc., and such as, function machine can be smart mobile phone, intelligent watch, Intelligent bracelet etc.
Preferably, the function of the first mobile terminal 31 is less than the function of the second mobile terminal 32.The system of the synchronous calendar information of first embodiment of the invention is for realizing the method for the synchronous calendar information of first embodiment of the invention.
Preferably, user checks that the trigger action of the first calendaring module 311 in the first mobile terminal 31 can be trigger action to the trigger action receiver module 313 of the first mobile terminal 31, such as, taps action, wiping action etc. to the touch-screen of the first mobile terminal 31.
Refer to Fig. 4, Fig. 4 is the module diagram of the system of the synchronous calendar information of second embodiment of the invention.In the present embodiment, the system of synchronous calendar information comprises the first mobile terminal 41 and the second mobile terminal 42, in the first mobile terminal 41 after there is calendar prompting event, construct the data structure of the schedule data relevant to calendar prompting event, wherein, construct the data structure of schedule data comprise successively by the ID of the ID of recognition command, the first mobile terminal 41, the second mobile terminal 42, check code, data type, data length and schedule data by order arrangement from left to right; First mobile terminal 41 finds according to the ID of the second mobile terminal 42 the second mobile terminal 42 of mating with the first mobile terminal 41 and sends data structure to the second mobile terminal 42; Second mobile terminal 42 receives data structure and therefrom parses schedule data; Second mobile terminal 42 performs corresponding calendar prompting event according to schedule data.
Preferably, first mobile terminal 41 comprises the first calendaring module 411 and the first bluetooth module 412, second mobile terminal 42 comprises the second calendaring module 421 and the second bluetooth module 422, first calendaring module 411 overseas broadcast schedule data after the reminder time that a certain calendar prompting event is corresponding arrives; Construct the data structure of schedule data after first bluetooth module 412 receives schedule data, the first bluetooth module 412 finds according to the ID of the second mobile terminal 42 the second mobile terminal 42 of mating with the first mobile terminal 41 and the second bluetooth module 422 to the second mobile terminal 42 sends data structure; When the second bluetooth module 422 in second mobile terminal 42 receives data structure, from data structure, parse schedule data, schedule data is sent to the second calendaring module 421 of the second mobile terminal 42 by the second bluetooth module 422; Second calendaring module 421 performs corresponding calendar prompting event according to schedule data.When the second bluetooth module 422 in second mobile terminal 42 receives data structure, from data structure, parse schedule data be specially:: find the address of schedule data according to the ID of the ID of recognition command, the first mobile terminal 41, the second mobile terminal 42, check code, data type, data length and putting in order of schedule data and obtain schedule data.
Preferably, the first mobile terminal 41 is smart mobile phone, panel computer etc., and the second mobile terminal 42 is function machine, smart mobile phone etc., and the function of the second mobile terminal 42 is less than the function of the first mobile terminal 41.The system of the synchronous calendar information of second embodiment of the invention is for realizing the method for the synchronous calendar information of second embodiment of the invention.
The present invention sends the instruction of synchronous schedule data to the second mobile terminal when receiving the trigger action of user by the first mobile terminal, second mobile terminal calls its schedule data when receiving instruction and is sent to the first mobile terminal can check calendar information on another mobile terminal by a mobile terminal, thus user can be facilitated to operate.
The foregoing is only embodiments of the present invention; not thereby the scope of the claims of the present invention is limited; every utilize specification of the present invention and accompanying drawing content to do equivalent structure or equivalent flow process conversion; or be directly or indirectly used in other relevant technical fields, be all in like manner included in scope of patent protection of the present invention.
Claims (10)
1. a method for synchronous calendar information, is characterized in that, described method comprises:
First mobile terminal sends the instruction of synchronous schedule data to the second mobile terminal when receiving the trigger action of user;
Described second mobile terminal calls its schedule data when receiving described instruction, construct the data structure of described schedule data, wherein, the data structure constructing described schedule data comprise successively by the ID of the ID of recognition command, described second mobile terminal, described first mobile terminal, check code, data type, data length and described schedule data by order arrangement from left to right;
Described second mobile terminal finds described first mobile terminal mated with described second mobile terminal according to the ID of described first mobile terminal, and described data structure is sent to described first mobile terminal;
Described first mobile terminal receives described data structure and therefrom parses described schedule data.
2. method according to claim 1, is characterized in that, described first mobile terminal sends the instruction of synchronous schedule data to the second mobile terminal step when receiving the trigger action of user comprises:
Described first mobile terminal sends the first request of synchronous schedule data to the first bluetooth module in described first mobile terminal by described first calendaring module when user checks the trigger action of the first calendaring module in described first mobile terminal receiving;
Described first bluetooth module receives described first asks and judges whether and described second mobile terminal that described first mobile terminal bluetooth is connected, if having, then sends the instruction of synchronous schedule data to the second bluetooth module of described second mobile terminal.
3. method according to claim 2, is characterized in that, call its schedule data when described second mobile terminal receives described instruction, the step constructing the data structure of described schedule data comprises:
When described second bluetooth module receives described instruction, send second request of reading schedule data to the second calendaring module in described second mobile terminal;
When described second calendaring module receives described second request, send schedule data to described second bluetooth module, described second bluetooth module constructs the data structure of described schedule data;
Described second mobile terminal finds described first mobile terminal mated with described second mobile terminal according to the ID of described first mobile terminal, and the step described data structure being sent to described first mobile terminal comprises:
Described second bluetooth module finds described first mobile terminal mated with described second mobile terminal according to the ID of described first mobile terminal, and described data structure is sent to the first bluetooth module of described first mobile terminal;
Described first mobile terminal receives described data structure and the step therefrom parsing described schedule data comprises:
Described first bluetooth module is sent to described first calendaring module after parsing described schedule data according to posttectonic described data structure.
4. a method for synchronous calendar information, is characterized in that, described method comprises:
In the first mobile terminal after there is calendar prompting event, construct the data structure of the schedule data relevant to described calendar prompting event, wherein, the data structure constructing described schedule data comprise successively by the ID of the ID of recognition command, described first mobile terminal, the second mobile terminal, check code, data type, data length and described schedule data by order arrangement from left to right;
Described first mobile terminal finds according to the ID of described second mobile terminal described second mobile terminal that mates with described first mobile terminal and sends described data structure to described second mobile terminal;
Described second mobile terminal receives described data structure and therefrom parses described schedule data;
Described second mobile terminal performs corresponding calendar prompting event according to described schedule data.
5. method according to claim 4, is characterized in that, described first mobile terminal is after occurring calendar prompting event, and the step constructing the data structure of the schedule data relevant to described calendar prompting event comprises:
The first calendaring module in described first mobile terminal is schedule data described in overseas broadcast after the reminder time that a certain described calendar prompting event is corresponding arrives;
The data structure of described schedule data is constructed after the first bluetooth module in described first mobile terminal receives described schedule data;
Described first mobile terminal finds according to the ID of described second mobile terminal described second mobile terminal that mates with described first mobile terminal and sends described data structure to the step of described second mobile terminal and comprises:
Described first bluetooth module finds according to the ID of described second mobile terminal described second mobile terminal that mates with described first mobile terminal and the second bluetooth module to described second mobile terminal sends described data structure;
Described second mobile terminal receives described data structure and the step therefrom parsing described schedule data comprises:
When the second bluetooth module in described second mobile terminal receives described data structure, from described data structure, parse described schedule data;
The step that described second mobile terminal performs corresponding calendar prompting event according to described schedule data comprises:
Described schedule data is sent to the second calendaring module of described second mobile terminal by described second bluetooth module;
Described second calendaring module performs corresponding calendar prompting event according to described schedule data.
6. a system for synchronous calendar information, is characterized in that, described system comprises the first mobile terminal and the second mobile terminal, and described first mobile terminal sends the instruction of synchronous schedule data to described second mobile terminal when receiving the trigger action of user; Described second mobile terminal calls its schedule data when receiving described instruction, construct the data structure of described schedule data, wherein, the data structure constructing described schedule data comprise successively by the ID of the ID of recognition command, described second mobile terminal, described first mobile terminal, check code, data type, data length and described schedule data by order arrangement from left to right; Described second mobile terminal finds described first mobile terminal mated with described second mobile terminal according to the ID of described first mobile terminal, and described data structure is sent to described first mobile terminal; Described first mobile terminal receives described data structure and therefrom parses described schedule data.
7. system according to claim 6, it is characterized in that, described first mobile terminal comprises the first calendaring module, first bluetooth module and trigger action receiver module, described second mobile terminal comprises the second bluetooth module, described trigger action receiver module checks the trigger action of the first calendaring module in described first mobile terminal for receiving user, described first calendaring module sends the first request of synchronous schedule data to described first bluetooth module when described trigger action receiver module receives described trigger action, described first bluetooth module receives described first and asks and judge whether and the second mobile terminal that described first mobile terminal bluetooth is connected, if have, the instruction of synchronous schedule data is then sent to the second bluetooth module of described second mobile terminal.
8. system according to claim 7, it is characterized in that, described second mobile terminal also comprises the second calendaring module, when described second bluetooth module receives described instruction, second request of reading schedule data is sent to described second calendaring module, when described second calendaring module receives described second request, send schedule data to described second bluetooth module, described second bluetooth module constructs the data structure of described schedule data, described second bluetooth module finds described first mobile terminal mated with described second mobile terminal according to the ID of described first mobile terminal, and described data structure is sent to the first bluetooth module of described first mobile terminal, described first bluetooth module is sent to described first calendaring module after parsing described schedule data according to posttectonic described data structure.
9. the system of a synchronous calendar information, it is characterized in that, described system comprises the first mobile terminal and the second mobile terminal, in described first mobile terminal after there is calendar prompting event, construct the data structure of the schedule data relevant to described calendar prompting event, wherein, the data structure constructing described schedule data comprise successively by the ID of the ID of recognition command, described first mobile terminal, described second mobile terminal, check code, data type, data length and described schedule data by order arrangement from left to right; Described first mobile terminal finds according to the ID of described second mobile terminal described second mobile terminal that mates with described first mobile terminal and sends described data structure to described second mobile terminal; Described second mobile terminal receives described data structure and therefrom parses described schedule data; Described second mobile terminal performs corresponding calendar prompting event according to described schedule data.
10. system according to claim 9, it is characterized in that, described first mobile terminal comprises the first calendaring module and the first bluetooth module, described second mobile terminal comprises the second calendaring module and the second bluetooth module, and described first calendaring module is schedule data described in overseas broadcast after the reminder time that a certain described calendar prompting event is corresponding arrives; Construct the data structure of described schedule data after described first bluetooth module receives described schedule data, described first bluetooth module finds according to the ID of described second mobile terminal described second mobile terminal that mates with described first mobile terminal and the second bluetooth module to described second mobile terminal sends described data structure; When the second bluetooth module in described second mobile terminal receives described data structure, from described data structure, parse described schedule data, described schedule data is sent to the second calendaring module of described second mobile terminal by described second bluetooth module; Described second calendaring module performs corresponding calendar prompting event according to described schedule data.
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| CN106412233A (en) * | 2016-08-29 | 2017-02-15 | 乐视控股（北京）有限公司 | Method and device for adding reminding event |
| CN107506975A (en) * | 2017-08-16 | 2017-12-22 | 深圳天珑无线科技有限公司 | A kind of method of managing schedule, system and terminal |
| CN110533398A (en) * | 2019-10-30 | 2019-12-03 | 江西科技学院 | Wisdom wrist-watch and its prompt management method, computer readable storage medium |
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| CN106412233A (en) * | 2016-08-29 | 2017-02-15 | 乐视控股（北京）有限公司 | Method and device for adding reminding event |
| CN107506975A (en) * | 2017-08-16 | 2017-12-22 | 深圳天珑无线科技有限公司 | A kind of method of managing schedule, system and terminal |
| CN107506975B (en) * | 2017-08-16 | 2021-07-13 | 深圳天珑无线科技有限公司 | Method, system and terminal for managing schedule |
| CN110533398A (en) * | 2019-10-30 | 2019-12-03 | 江西科技学院 | Wisdom wrist-watch and its prompt management method, computer readable storage medium |
| CN110533398B (en) * | 2019-10-30 | 2020-02-18 | 江西科技学院 | Smart watch, prompt management method thereof and computer readable storage medium |
| CN112527162A (en) * | 2020-11-25 | 2021-03-19 | 深圳左邻永佳科技有限公司 | Schedule plan display method, device, equipment and medium applied to intelligent park |
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