CN101711026B - Inter-mobile terminal software version upgrading method and system - Google Patents
Inter-mobile terminal software version upgrading method and system Download PDFInfo
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- CN101711026B CN101711026B CN 200910249676 CN200910249676A CN101711026B CN 101711026 B CN101711026 B CN 101711026B CN 200910249676 CN200910249676 CN 200910249676 CN 200910249676 A CN200910249676 A CN 200910249676A CN 101711026 B CN101711026 B CN 101711026B
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Abstract
The invention discloses an inter-mobile terminal software version upgrading method and an inter-mobile terminal software version upgrading system. The method comprises the following steps that: memory areas of a transmitting terminal and a receiving terminal are arranged into a boot sector, a program area and a user area; when the software version is upgraded, the transmitting terminal and the receiving terminal perform wireless communication and the transmitting terminal transmits all data in the program area to the receiving terminal; the receiving terminal erases all data in the program area and stores all data in the program area received from the transmitting terminal of the program area; the receiving terminal operates a procedure of the program area, and upgrading is finished. The software version is upgraded by utilizing data transmission between the mobile terminals so as to achieve convenient upgrading of the software version of the mobile terminals without influences on regions, network and environments; moreover, the system and the method are simple and reliable, improve upgrading efficiency, upgrade the software version at any time anywhere and greatly facilitate the mobile terminal utilization of the clients.
Description
Technical field
The present invention relates to the wireless communication technique field, particularly relate to a kind of upgrade method and upgrade-system of inter-mobile terminal software version.
Background technology
Mobile terminal has been indispensable articles for daily use during people live, portable sets such as mobile phone, MP3, palmtop PC.When mobile terminal breaks down, very large to customer impact, such as: the faults such as restarting, crash, show extremely, can't converse of starting shooting.Most of fault of mobile terminal is caused by software, can solve by updating software release.Therefore, production firm can constantly issue new software version, the problem that exists in low to solve (software) version usually.How to realize quickly and easily software release upgrade after sale, be urgent problem.
At present, common method for upgrading software version is to upgrade to site after sale, industry at present upgrading way commonly used comprises: use Serial Port Line or USB(Universal Serial BUS, USB) data wire upgrades by the host-host protocol of computer; Or use air interface protocol to carry out network upgrade.
For above two kinds of upgrading modes, take mobile phone as example, use the cable mode to upgrade, the softwares such as drivings, download AKU, download tool must be housed in computer, mobile phone must be connected to and could upgrade in specific computer, usually could realize in site after sale.Due in a lot of areas, the cellphone subscriber distributes and relatively disperses, and has greatly increased the complexity of customer upgrade, and existing upgrade method is difficult to carry out fast.In addition, also can bring very large trouble to group user.Such as group users such as army, navigation department, field work departments, when the user in the open air, during the particular surroundings work such as marine, when perhaps busy with work, often can't go to site after sale, mobile phone can't be upgraded, and when mobile phone breaks down, causes and uses inconvenience.
The upgrading of use air interface, necessary configuration network environment and correlation function, system complexity is high, and cost is huge, and, affected greatly by network signal, in the bad area of network signal, usually occur because signal quality is interfered, cause downloading slowly even failed problem.
In sum, need a kind of method that realizes fast the cell phone software edition upgrading, can be simple and easy to do, improve user satisfaction, can not increase cost and system complexity again, not affect again maintainability and the function realization of system simultaneously, this is problem to be solved by this invention just.
Summary of the invention
The technical problem to be solved in the present invention is to provide a kind of upgrade method and upgrade-system of inter-mobile terminal software version, in order to solve the problem of updating mobile terminal inconvenience in prior art.
For solving the problems of the technologies described above, on the one hand, the invention provides a kind of upgrade method of inter-mobile terminal software version, said method comprising the steps of:
Transmitting terminal and receiving terminal memory block are set to respectively boot section, program area and user area; With transmitting terminal and software program write-in program district corresponding to receiving terminal identical function, the program part that difference in functionality is corresponding writes boot section, user area or newly-installed program area, and boot section, user area or newly-installed program area do not upgrade in escalation process;
When carrying out software release upgrade, described transmitting terminal and described receiving terminal carry out wireless telecommunications, and described transmitting terminal is transferred to described receiving terminal with the total data of its program area;
In escalation process, the total data of the program area of the described transmitting terminal that described receiving terminal will receive deposits its program area in; Download by wiping in the boot section, the program area of self is wiped, block-by-block upgrades to highest version; If in escalation process, crash suddenly or outage, after the start, receiving terminal enters download state again again;
Described receiving terminal moves the program of its program area, and upgrading is completed.
Further, described boot section comprises the hardware drive program in point-to-point radio protocol stack program, described transmitting terminal and/or receiving terminal, and for the program that the data in described program area are wiped and downloaded.
Further, it is characterized in that, described program area comprises the software executive program of described transmitting terminal or receiving terminal.
Further, described user area is used for storage user data and upgrading flag bit.
Further, described transmitting terminal also comprises before the total data of its program area is transferred to described receiving terminal:
Described transmitting terminal judges its software version whether higher than the software version of described receiving terminal, and if so, the total data with its program area is transferred to described receiving terminal, otherwise, finish the software release upgrade to described receiving terminal.
On the other hand, the present invention also provides a kind of upgrade-system of inter-mobile terminal software version, comprises transmitting terminal and receiving terminal, and described transmitting terminal comprises:
The transmitting terminal setting unit, the memory block that is used for described transmitting terminal is set to boot section, program area and user area; With transmitting terminal and software program write-in program district corresponding to receiving terminal identical function, the program part that difference in functionality is corresponding writes boot section, user area or newly-installed program area, and boot section, user area or newly-installed program area do not upgrade in escalation process;
The transmitting terminal data transmission unit when being used for carrying out software release upgrade, is transferred to described receiving terminal with the total data in described transmitting terminal Program district;
Described receiving terminal comprises:
The receiving terminal setting unit, the memory block that is used for described receiving terminal is set to boot section, program area and user area; With transmitting terminal and software program write-in program district corresponding to receiving terminal identical function, the program part that difference in functionality is corresponding writes boot section, user area or newly-installed program area, and boot section, user area or newly-installed program area do not upgrade in escalation process;
The receiving terminal data transmission unit is used for receiving the total data that described transmitting terminal sends;
Erasing memory unit, the total data that is used for the program area of the described transmitting terminal that escalation process will receive deposits its program area in; Download by wiping in the boot section, the program area of self is wiped, block-by-block upgrades to highest version; If in escalation process, crash suddenly or outage, after the start, receiving terminal enters download state again again;
Processing unit is for the program of moving described receiving terminal Program district.
Further, described boot section comprises the hardware drive program in point-to-point radio protocol stack program, described transmitting terminal and/or receiving terminal, and for the program that the data in described program area are wiped and downloaded.
Further, described program area comprises the software executive program of described transmitting terminal or receiving terminal.
Further, described user area is used for storage user data and upgrading flag bit.
Further, described transmitting terminal also comprises: whether judging unit, the software version that is used for judging described transmitting terminal be higher than the software version of described receiving terminal, if, the total data with its program area is transferred to described receiving terminal, otherwise, finish the software release upgrade to described receiving terminal.
Beneficial effect of the present invention is as follows:
The present invention by between mobile terminal each other the transmission of data carry out edition upgrading, greatly facilitate mobile terminal and carry out software release upgrade, and be not subjected to the impact of the conditions such as region, network, environment, simply, reliably, improved upgrading efficient, can be at any time, upgrade everywhere, greatly facilitate the client to the use of mobile terminal.
Description of drawings
Fig. 1 is the flow chart of the upgrade method of embodiment of the present invention inter-mobile terminal software version;
Fig. 2 is that the structure in embodiment of the present invention receiving terminal or Sender side Storage district is divided schematic diagram;
Fig. 3 is the flow chart that embodiment of the present invention receiving terminal carries out software release upgrade;
Fig. 4 is the flow chart that embodiment of the present invention transmitting terminal carries out software release upgrade;
Fig. 5 is the construction module schematic diagram of the upgrade-system of embodiment of the present invention inter-mobile terminal software version.
Embodiment
In order to solve the problem of updating mobile terminal inconvenience in prior art, the invention provides a kind of upgrade method and upgrade-system of inter-mobile terminal software version, below in conjunction with accompanying drawing and embodiment, the present invention is further elaborated.Should be appreciated that specific embodiment described herein only in order to explain the present invention, does not limit the present invention.
Fig. 1 is the flow chart of the upgrade method of embodiment of the present invention inter-mobile terminal software version, and as shown in Figure 1, this upgrade method comprises the following steps:
Step S101 is set to respectively boot section, program area and user area with the memory block of transmitting terminal and receiving terminal.In this step, can be when dispatching from the factory the memory block of transmitting terminal and receiving terminal be set to respectively boot section, program area and user area.
Transmitting terminal and receiving terminal need to carry out wireless connections, carry out transfer of data, therefore, at first, transmitting terminal and receiving terminal all must have the function of wirelessly transmitting data, for example, comprise bluetooth, WLAN(WirelessLocal Area Networks, WLAN), the wireless connecting function such as infrared.Transmitting terminal or receiving terminal can be the portable sets such as mobile phone, MP3, palmtop PC.
In addition, when using transmitting terminal and receiving terminal, that preserves the user thereon arranges data and/or usage data due to the user, and in the software release upgrade process, the user wishes to keep these data, is uncovered or wipes.To achieve these goals, subregion is carried out in the memory block of transmitting terminal and receiving terminal.As shown in Figure 2, boot section (Boot) 201 comprises the hardware drive program in point-to-point radio protocol stack program, transmitting terminal or receiving terminal, and for the program that the data in the program area are wiped and downloaded.Boot section 201 cannot be wiped, can independent operating, and the each start of transmitting terminal or receiving terminal all will first move the program in boot section 201, after judgement is not carried out updating operation, jumps to program area 202; Program area 202 comprises the software executive program of transmitting terminal or receiving terminal, can wipe; User area 203 is used for storage user data and upgrading flag bit, does not upgrade during upgrading.
Due to the restriction of software program corresponding function, software release upgrade is all to carry out between the mobile terminal of same model usually.In general, the mobile terminal of different model because function is different, can not be used for point-to-point edition upgrading.And for a series of mobile terminal, its most functions are all identical, the feature difference that fraction is just arranged, this situation, software program write-in program district that can identical function is corresponding, the program part that difference in functionality is corresponding writes other district, also new program area can be set again, be used for storage with the corresponding program of the function of a series of mobile terminal facial difference, this zone is not upgraded in escalation process.Like this, when just accomplishing point-to-point upgrading, can the compatible more mobile terminal of polytypic.
Step S102, when carrying out software release upgrade, transmitting terminal and receiving terminal wireless connections, transmitting terminal is transferred to receiving terminal with the total data of its program area.
When upgrading, at first receiving terminal is arranged, after the user sets the auto-update pattern, the upgrading flag bit is set, and is stored in the user area, for example, it is 1 that the upgrading flag bit is set, and represents upgrade mode, and the upgrading flag bit is 0, represents normal startup mode.Then receiving terminal is restarted.After restarting, at first receiving terminal moves the boot section, carry out hardware and the initialization of receiving terminal data transmission unit by the boot section, then remove to inquire about flag bit from the user area, if the upgrading flag bit is upgrade mode, enter upgrade mode, the receiving terminal data transmission unit is started working, and near the transmitting terminal of same model search is if search the transmitting terminal of same model, carry out wireless telecommunications, the request edition upgrading.If do not search out, enter normal startup mode, normal operation.After transmitting terminal receives the software release upgrade request, this mobile phone version is carried out verification, (legal software version refers to that software version is legal if legal software version, prevent from pirate user is upgraded), and the software version lower than transmitting terminal, enter upgrade mode, by wireless protocols, self program area data is sent to receiving terminal; If be illegal version (piracy), or the software version of receiving terminal finishes ROMPaq higher than the software version of (comprising identical) transmitting terminal, enters normal startup mode, normal operation.
Step S103, receiving terminal wipe the total data of its program area, and deposit the total data in the receiver terminal district that receives in its program area.
In escalation process, the receiving terminal receive data downloads by wiping in the boot section, and the program area of self is wiped, and block-by-block upgrades to highest version.If in escalation process, crash suddenly or outage, because the boot section still exists, after the start, receiving terminal still can enter download state again again, thereby has avoided the situation of upgrading and unsuccessfully causing receiving terminal normally to use.
Step S104, receiving terminal have moved the data program of its program area, and upgrading is completed.
After receiving terminal deposits the total data in receiver terminal district in its program area, flag bit is set is normal mode behind the user area, then, receiving terminal is restarted, and enters normal mode of operation, and like this, receiving terminal just upgrades to the high software version of transmitting terminal.
Fig. 3 is the flow chart that embodiment of the present invention receiving terminal carries out software release upgrade; Fig. 4 is the flow chart that embodiment of the present invention transmitting terminal carries out software release upgrade.As shown in Figure 3, Figure 4, the present embodiment describes as an example of mobile phone example, for the ease of narration, receiving terminal is called the first mobile phone, and transmitting terminal is called the second mobile phone.Before upgrading, first mobile phone and second mobile phone program storage area are set to boot section, program area and user area.Wherein, the setting of boot section, program area and user area is identical with embodiment 1, and the present embodiment no longer describes in detail.
Fig. 3 provides the flow chart that the present embodiment first mobile phone carries out software release upgrade, comprises the following steps:
Step 302, the first mobile phone is at the user area of memory block inquiry upgrading flag bit, if the flag bit of expression upgrade mode, execution in step 304, otherwise, carry out 303;
Step 303, the first mobile phone normally starts, and enters normal operating conditions or holding state;
Step 304 is at boot section initiating data transmission unit;
Step 305 is carried out wireless point-to-point match search;
Step 306 judges whether to search same model second mobile phone, if, carry out 307, otherwise, carry out 303;
Step 307 is carried out wireless point-to-point communication to mobile phone second, application binding and program upgrade; At this moment, need to send to mobile phone second the software version information of oneself.Software version information comprises the information such as version sequence number or release level.
Step 308 judges whether to receive second mobile phone agreement upgrade command, if, carry out 309, otherwise, carry out 303;
Step 309 enters upgrade mode, receives the data that the second mobile phone sends, and what begin to utilize the boot section wipes download function ROMPaq district;
Step 310 judges whether that the upgrading of last memory block completes, if, carry out 311, otherwise, carry out 310;
Step 311 arranges the normal mode flag bit in the user area;
Step 312, the first mobile phone is restarted, and enters normal mode, and upgrading is completed.
Fig. 4 provides and originally executes the flow chart that routine second mobile phone carries out software release upgrade, comprises the following steps:
Step 401, the second mobile phone is in idle condition;
Step 402, second mobile phone judge whether by point-to-point the searching of same model mobile phone first, if, carry out 404, otherwise, carry out 403;
Step 403, the second mobile phone is in normal operating conditions or holding state;
Step 404 is opened the transmitting terminal data transmission unit and is carried out wireless telecommunications;
Step 405 is carried out wireless point-to-point communication binding with the Division A League Football Matches of Italy mobile phone;
Step 406, the software version of inquiry first mobile phone;
Step 408 sends packet by the transmitting terminal data transmission unit to the first hand, and the total data of self program area is sent to the first mobile phone;
Step 409 judges whether that last Packet Generation completes, if, carry out 410, otherwise, return to 409;
Step 410 sends the upgrading END instruction to the first mobile phone;
Step 411, the disconnection of wireless point to point connect, the first mobile phone carries out other operations.
Fig. 5 is the construction module schematic diagram of the upgrade-system of embodiment of the present invention inter-mobile terminal software version.As shown in Figure 5, this upgrade-system comprises: transmitting terminal 501 and receiving terminal 502.Wherein, transmitting terminal 501 comprises:
Transmitting terminal setting unit 5011, the program storage area that is used for transmitting terminal 501 is set to boot section, program area and user area;
Transmitting terminal data transmission unit 5012 is used for when carrying out software release upgrade, and the total data of transmitting terminal 501 program areas is transferred to receiving terminal 502;
Receiving terminal 502 comprises:
Receiving terminal setting unit 5021, the program storage area of receiving terminal 502 is set to boot section, program area and user area;
Receiving terminal data transmission unit 5022 with 5012 wireless connections of transmitting terminal data transmission unit, is used for the total data of receiving end/sending end 501 program areas;
Erasing memory unit 5023 is used for the total data wipe receiving terminal 502 program areas, and deposits the total data of transmitting terminal 501 program areas that receive in its program area;
Boot section (Boot) comprises the hardware drive program in point-to-point radio protocol stack program, transmitting terminal or receiving terminal, and downloads for wiping that the data in the program area are wiped and downloaded.The boot section cannot be wiped, can independent operating, and the each start of transmitting terminal or receiving terminal all will first move the program in the boot section, and judgement is not carried out jumping to the program area after updating operation; The program area comprises the software executive program of transmitting terminal or receiving terminal, can wipe; The user area is used for storage user data and upgrading flag bit, does not upgrade during upgrading.
In addition, transmitting terminal 501 also comprises judging unit 5013, and whether the software version that is used for judging transmitting terminal 501 higher than the software version of receiving terminal 502, and if so, the total data with transmitting terminal 501 program areas is transferred to receiving terminal 502; If not, finish software release upgrade to receiving terminal 502.
Before upgrading, the program storage area of receiving terminal setting unit 5021 receiving terminals 502 is set to boot section, program area and user area; The program storage area of transmitting terminal setting unit 5011 transmitting terminals 501 is set to boot section, program area and user area;
When upgrading, at first, receiving terminal 502 is arranged, after the user sets the auto-update pattern, the upgrading flag bit is set to the user area, then receiving terminal 502 is restarted.After restarting, at first receiving terminal 502 carries out hardware and 5022 initialization of receiving terminal data transmission unit by the boot section, then removes inquiry upgrading flag bit from the user area, and the flag bit of upgrading this moment represents upgrade mode.Enter upgrade mode, receiving terminal data transmission unit 5022 is started working, and near search, the transmitting terminal 501 of same model, if search the transmitting terminal 501 of same model, carry out wireless telecommunications, the request edition upgrading.After transmitting terminal 501 receives the software release upgrade request, this mobile phone version is carried out verification, if legal software version, and the software version of receiving terminal 502 is lower than the software version of transmitting terminal 501, enter upgrade mode, by transmitting terminal data transmission unit 5012, self program area data is sent to receiving terminal 502.
In escalation process, receiving terminal data transmission unit 5022 receive datas download by wiping in the boot section, by erasing memory unit 5023, the program area of self are wiped, and block-by-block upgrades to highest version.After receiving terminal 502 deposited the total data of transmitting terminal 501 program areas in its program area, it was then normal mode is to the user area, that flag bit is set, receiving terminal 502 is restarted, enter normal mode of operation, processing unit 5024 has moved the program of the program area of receiving terminal 502, and upgrading is completed.Like this, receiving terminal 502 just upgrades to the high software version of transmitting terminal 501.
As can be seen from the above-described embodiment, the present invention has data wireless transmission (as bluetooth, WLAN(Wireless Local Area Networks, WLAN), infrared etc. at all) can both realize on the mobile terminal of function.Hardware modifications is less, and implementation procedure is simple, reliable, speed is fast, cost is low, has improved upgrading efficient.Take Bluetooth technology as example, the coverage of bluetooth is 10 meters, and transmission rate is up to per second 1 Mbytes, and the fastest needs of the version of 256 Mbytes just can be upgraded and be completed in 256 seconds.The mobile terminal that only has a new software version, around it, mobile phone users of all same models just can be upgraded whenever and wherever possible by simple setting.By only being upgraded in the program area, do not change boot section and user area, can not lose user profile, realize seamless upgrade; Even when upgrading crashes suddenly or outage, because the boot section still exists, again after the start, still can again enter download state, unsuccessfully cause situation about can't normally use thereby avoided upgrading.
Although be the example purpose, the preferred embodiments of the present invention are disclosed, it is also possible those skilled in the art will recognize various improvement, increase and replacement, therefore, scope of the present invention should be not limited to above-described embodiment.
Claims (10)
1. the upgrade method of an inter-mobile terminal software version, is characterized in that, described method comprises:
Transmitting terminal and receiving terminal memory block are set to respectively boot section, program area and user area; With transmitting terminal and software program write-in program district corresponding to receiving terminal identical function, the program part that difference in functionality is corresponding writes boot section, user area or newly-installed program area, and boot section, user area or newly-installed program area do not upgrade in escalation process;
When carrying out software release upgrade, described transmitting terminal and described receiving terminal carry out wireless telecommunications, and described transmitting terminal is transferred to described receiving terminal with the total data of its program area;
In escalation process, the total data of the program area of the described transmitting terminal that described receiving terminal will receive deposits its program area in; Download by wiping in the boot section, the program area of self is wiped, block-by-block upgrades to highest version; If in escalation process, crash suddenly or outage, after the start, receiving terminal enters download state again again;
Described receiving terminal moves the program of its program area, and upgrading is completed.
2. upgrade method as claimed in claim 1, it is characterized in that, described boot section comprises the hardware drive program in point-to-point radio protocol stack program, described transmitting terminal and/or receiving terminal, and for the program that the data in described program area are wiped and downloaded.
3. upgrade method as claimed in claim 1, is characterized in that,
Described program area comprises the software executive program of described transmitting terminal or receiving terminal.
4. upgrade method as claimed in claim 1, is characterized in that, described user area is used for storage user data and upgrading flag bit.
5. upgrade method as described in claim 1 to 4 any one, is characterized in that, described transmitting terminal also comprises before the total data of its program area is transferred to described receiving terminal:
Described transmitting terminal judges its software version whether higher than the software version of described receiving terminal, and if so, the total data with its program area is transferred to described receiving terminal, otherwise, finish the software release upgrade to described receiving terminal.
6. the upgrade-system of an inter-mobile terminal software version, comprise transmitting terminal and receiving terminal, it is characterized in that, described transmitting terminal comprises:
The transmitting terminal setting unit, the memory block that is used for described transmitting terminal is set to boot section, program area and user area; With transmitting terminal and software program write-in program district corresponding to receiving terminal identical function, the program part that difference in functionality is corresponding writes boot section, user area or newly-installed program area, and boot section, user area or newly-installed program area do not upgrade in escalation process;
The transmitting terminal data transmission unit when being used for carrying out software release upgrade, is transferred to described receiving terminal with the total data in described transmitting terminal Program district;
Described receiving terminal comprises:
The receiving terminal setting unit, the memory block that is used for described receiving terminal is set to boot section, program area and user area; With transmitting terminal and software program write-in program district corresponding to receiving terminal identical function, the program part that difference in functionality is corresponding writes boot section, user area or newly-installed program area, and boot section, user area or newly-installed program area do not upgrade in escalation process;
The receiving terminal data transmission unit is used for receiving the total data that described transmitting terminal sends;
Erasing memory unit, the total data that is used for the program area of the described transmitting terminal that escalation process will receive deposits its program area in; Download by wiping in the boot section, the program area of self is wiped, block-by-block upgrades to highest version; If in escalation process, crash suddenly or outage, after the start, receiving terminal enters download state again again;
Processing unit is for the program of moving described receiving terminal Program district.
7. upgrade-system as claimed in claim 6, it is characterized in that, described boot section comprises the hardware drive program in point-to-point radio protocol stack program, described transmitting terminal and/or receiving terminal, and for the program that the data in described program area are wiped and downloaded.
8. upgrade-system as claimed in claim 6, is characterized in that, described program area comprises the software executive program of described transmitting terminal or receiving terminal.
9. upgrade-system as claimed in claim 6, is characterized in that, described user area is used for storage user data and upgrading flag bit.
10. upgrade-system as described in claim 6 to 9 any one, is characterized in that, described transmitting terminal also comprises:
Judging unit is used for judging the software version of described transmitting terminal whether higher than the software version of described receiving terminal, and if so, the total data with its program area is transferred to described receiving terminal, otherwise, finish the software release upgrade to described receiving terminal.
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| CN 200910249676 CN101711026B (en) | 2009-12-11 | 2009-12-11 | Inter-mobile terminal software version upgrading method and system |
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| CN 200910249676 CN101711026B (en) | 2009-12-11 | 2009-12-11 | Inter-mobile terminal software version upgrading method and system |
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| CN101711026A CN101711026A (en) | 2010-05-19 |
| CN101711026B true CN101711026B (en) | 2013-06-05 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| JP5641843B2 (en) * | 2010-09-24 | 2014-12-17 | シスメックス株式会社 | Sample analysis system, sample analyzer, and method for controlling sample analyzer |
| CN102232304B (en) * | 2011-05-04 | 2014-01-08 | 华为终端有限公司 | Method, system and terminal for system update between mobile communication terminals |
| CN103533431A (en) * | 2012-08-15 | 2014-01-22 | Tcl集团股份有限公司 | Method and system for realizing system upgrade based on intelligent television, and intelligent television |
| CN102915249A (en) * | 2012-11-02 | 2013-02-06 | 苏州科达科技股份有限公司 | Method and device for remotely realizing firmware updating |
| CN104657161A (en) * | 2013-11-21 | 2015-05-27 | 中兴通讯股份有限公司 | Method and device for updating firmware of mobile terminal |
| CN104780189A (en) * | 2014-01-13 | 2015-07-15 | 中兴通讯股份有限公司 | Software upgrading method and software upgrading device |
| CN105208200A (en) * | 2015-08-25 | 2015-12-30 | 维沃移动通信有限公司 | Mobile terminal system upgrading method and mobile terminal thereof |
| CN108243323B (en) | 2016-12-23 | 2019-12-20 | 杭州海康威视数字技术股份有限公司 | Software upgrading method and device |
| CN107608699B (en) * | 2017-10-17 | 2020-09-08 | 安徽皖通邮电股份有限公司 | Fine-grained software version upgrading method based on magic partition |
| CN108965026B (en) * | 2018-08-02 | 2020-08-28 | 珠海格力电器股份有限公司 | Equipment upgrading method, unit system and unit upgrading system |
| CN113138791A (en) * | 2021-05-18 | 2021-07-20 | 拉扎斯网络科技（上海）有限公司 | Upgrade processing method and device based on embedded system and electronic equipment |
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| CN1612104A (en) * | 2003-10-28 | 2005-05-04 | 居里泰尔通讯株式会社 | Mobile communication terminal with menu display change function and method for changing the menu display |
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