CN108768804B - Intelligent household equipment synchronous management system based on Internet of things - Google Patents
Intelligent household equipment synchronous management system based on Internet of things Download PDFInfo
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- CN108768804B CN108768804B CN201810527235.4A CN201810527235A CN108768804B CN 108768804 B CN108768804 B CN 108768804B CN 201810527235 A CN201810527235 A CN 201810527235A CN 108768804 B CN108768804 B CN 108768804B
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L12/00—Data switching networks
- H04L12/28—Data switching networks characterised by path configuration, e.g. LAN [Local Area Networks] or WAN [Wide Area Networks]
- H04L12/2803—Home automation networks
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0803—Configuration setting
- H04L41/0813—Configuration setting characterised by the conditions triggering a change of settings
- H04L41/082—Configuration setting characterised by the conditions triggering a change of settings the condition being updates or upgrades of network functionality
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- H—ELECTRICITY
- H04—ELECTRIC COMMUNICATION TECHNIQUE
- H04L—TRANSMISSION OF DIGITAL INFORMATION, e.g. TELEGRAPHIC COMMUNICATION
- H04L41/00—Arrangements for maintenance, administration or management of data switching networks, e.g. of packet switching networks
- H04L41/08—Configuration management of networks or network elements
- H04L41/0893—Assignment of logical groups to network elements
Abstract
The invention provides an intelligent household equipment synchronous management system based on the Internet of things, which is characterized in that firstly, intelligent household equipment with dependency relationship is distinguished from intelligent household equipment without dependency relationship, and then different upgrading management methods are executed, so that the network load and the hardware resource load in the synchronous upgrading process are reduced, and the upgrading efficiency is improved; secondly, updating logic is set for the intelligent household equipment with the dependency relationship according to different upgrading stages, so that seamless connection in the upgrading process is achieved, and upgrading efficiency is further improved; finally, various modes of synchronous updating period and updating starting time point are set, the pertinence and flexibility of upgrading are improved, and upgrading requirements under different conditions are met.
Description
Technical Field
The application relates to the technical field of Internet of things, in particular to an intelligent household equipment synchronous management system based on the Internet of things.
Background
In modern local networks, for example at a facility or production site, in particular in a home network, the number of customer premises equipment is steadily increasing. This is especially true for modern connected homes. This leads to a continuously increasing complexity of the local network, as more and more functions are embedded in a single device. The increasing complexity and interconnectivity of devices increases the dependency between these devices in a local network. In modern connected homes, this situation may affect data communication between individual devices. When one of the home devices runs an older version of the system software than the other home devices, the devices may no longer be able to communicate with each other because the firmware versions are not compatible with each other. This situation becomes even more critical during a firmware update or update process.
In a home network system having a plurality of interconnected devices, firmware update of the devices is conventionally performed in an unmanaged (unmanaged) and asynchronous manner. A typical prior art network system 2 is illustrated, for example, in fig. 1. There is a local network 4-for example, a home network comprising an arbitrary number N of devices 6, the devices 6 being in particular home devices, i.e.: "device 1", "device 2". the term "device N". Each device 6 establishes a separate connection to a dedicated remote management server 8, which dedicated remote management server 8 is responsible for providing firmware updates for the corresponding device 6. The data link is typically established via the internet 10. Presence of a first remote management server: the "management server 1" provides firmware update for the first device (device 1). Similarly, there are second and nth remote management servers (management server 2, management server N) that provide firmware updates for the second to nth devices 6. A communication protocol, which is often known, defining how to perform communication between the device 6 and the remote management server 8, is the TR-069 standard.
Each device 6 in the local network 4 performs a system software update upon receiving an update request from a corresponding remote management server 8. However, unmanaged and unsynchronized system software updates may cause serious problems with the interconnectivity between devices 6. A situation in which the second device 6 still downloads the firmware image (firmware) when the first device 6 performs the restart cannot be avoided. A restart, which typically occurs at the end of the update process, causes the network connection to be broken. This critical situation may occur, for example, when the home gateway performs a reboot and terminates the internet connection of other connected devices 6 that may not have completed their updates. Restarting a home gateway that provides network connectivity to various home devices, such as set-top boxes, televisions, or other household appliances, such as refrigerators, etc., interrupts the network connection. The firmware download of other devices that may still be in progress is interrupted, which may cause fatal problems within the operating system of the device 6. In addition to this, the independent action of each device 6 may lead to interconnectivity issues due to different versions of firmware running on the devices 6. For example, the home gateway reboots its new firmware using the advanced data communication protocol, while the set-top box still runs the older version. This may lead to incompatibility of the data link between the two devices.
The document US2004/0083471a1 discloses a method of updating system software of a household appliance in a home network. The particular home network includes a home server that is responsible for coordinating and synchronizing the system software versions of all devices in the home network. The central entity, i.e., the home server, can avoid a chaotic situation during firmware updates. However, the home server must be reconfigured after any devices are added or removed. Home networks require high maintenance and are inflexible.
In view of the above problem, document CN105339892A provides a method of operating devices in a local network. In particular, the local network may be a home network. The local network comprises at least two interconnected devices, wherein one of the at least two devices is selected and configured as a remote management client. The remote management client communicates with the remote management server. The device in the local network according to the aspect of the present invention receives resource location information of the update profile corresponding to the update request from the remote management server of the local network. If the device participates in the update, it sends a participation confirmation message to the remote management client. The device makes the determination each time it reaches the next in the predefined sequence of update states. It informs the other participating devices that it has reached the next state. When the update state has been reached, the device stops updating and pauses until all other participating devices have informed that they have also reached the same update state.
Firstly, although the method proposes a local update operation for synchronizing different network devices of the smart home, the network devices to be updated have different hardware performances and update data volumes, so that the time required for updating each network device is different, the updates of different network devices cannot be completely synchronized, and the problem of low update efficiency also exists; in addition, the method does not set a specific updating strategy in the process of realizing synchronous updating of a plurality of network devices, and further cannot realize the collaborative updating of the plurality of network devices.
Disclosure of Invention
The invention provides an intelligent household equipment synchronous management system based on the Internet of things, which comprises the following modules:
the safety gateway is used for establishing communication connection between all the intelligent household equipment through the safety gateway;
the updating demand judging module is used for setting the equipment numbers and the synchronous updating periods of all the intelligent household equipment; after the update starting time point of the synchronous update period is reached, each intelligent household device self-checks whether an update demand exists, and if the update demand exists, a dependency relationship judgment module is executed; if the updating requirement does not exist, no response is made;
the dependency relationship judging module is used for calculating whether the updating of each intelligent household device depends on other intelligent household devices; if yes, further calculating the intelligent household equipment depended on by each updating stage, and executing a synchronous updating module; if not, executing an independent updating module;
the synchronous updating module is used for sending the updating stage information and the equipment number of each intelligent household equipment depending on other intelligent household equipment to the other intelligent household equipment depending on the intelligent household equipment, and each intelligent household equipment with the dependency relationship stores the updating logic of all the intelligent household equipment with the dependency relationship in the self-updating process; each intelligent household device with the dependency relationship performs synchronous updating according to the updating logic;
and the independent updating module is used for automatically updating the intelligent household equipment after the synchronous updating period is finished.
As a preferred embodiment, the setting of the synchronous update cycle of all the smart home devices specifically includes:
setting a synchronous updating equipment quantity triggering threshold value of the intelligent household equipment, and triggering the synchronous updating period to enter the updating starting time point if the quantity of the intelligent household equipment with updating requirements reaches the synchronous updating equipment quantity triggering threshold value; and if the number of the intelligent household equipment with the updating requirement does not reach the synchronous updating equipment number triggering threshold value, not triggering the synchronous updating period to enter the updating starting time point.
As a preferred embodiment, if the number of the smart home devices with the update demand does not reach the synchronous update device number trigger threshold, the synchronous update cycle is not triggered to enter the update start time point, further including:
setting a synchronous updating period trigger threshold value of the intelligent household equipment;
if the number of the intelligent household equipment with the updating requirement does not reach the synchronous updating equipment number triggering threshold value, judging whether the synchronous updating time distance of the intelligent household equipment reaches the synchronous updating period triggering threshold value, and if the synchronous updating period triggering threshold value is reached, triggering the synchronous updating period to enter the updating starting time point; and if the synchronous updating period triggering threshold value is not reached, not triggering the synchronous updating period to enter the updating starting time point.
As a preferred embodiment, after the update start time point of the synchronous update period is reached, the self-checking whether each smart home device has an update demand specifically includes:
the synchronous updating period of the intelligent household equipment comprises an updating preparation stage, a synchronous updating stage and an updating result feedback stage;
the updating preparation stage is used for confirming whether an updating requirement exists for each intelligent household device, and generating and storing the updating logic under the condition that the updating requirement exists;
the synchronous updating stage is that the intelligent household equipment performs synchronous updating according to the updating logic;
and the updating result feedback stage feeds the updating result back to the server and the intelligent household equipment with the dependency relationship for each intelligent household equipment participating in updating.
As a preferred embodiment, the self-checking of each smart home device whether there is an update demand specifically includes:
after the update starting time point of the synchronous update period is reached, each intelligent household device sends an update request to the corresponding server, the server sends the latest version information to the intelligent household device, and the intelligent household device compares the latest version information with the installed version information to judge whether an update demand exists or not.
As a preferred implementation, the update result feedback stage further includes:
if the updating of the intelligent household equipment is depended on by other intelligent household equipment, after the intelligent household equipment completes the updating, the updating result is fed back to the depended intelligent household equipment and the server;
and if the updating of the intelligent household equipment is not depended on by other intelligent household equipment, only feeding back the updating result to the server after the updating of the intelligent household equipment is completed.
As a preferred embodiment, the sending, by each smart home device that depends on another smart home device, the update stage information to the other smart home devices that depend on the smart home device specifically includes:
setting a synchronous updating dependent stage and a synchronous updating dependent stage for each intelligent household device with the dependent relationship;
after the intelligent household equipment completes the updating of the synchronous updating depended stage, sending an updating starting notice of the synchronous updating depended stage to the intelligent household equipment with the dependency relationship, and starting the updating starting operation of the synchronous updating depended stage according to the updating starting notice.
As a preferred embodiment, the method further comprises:
if the intelligent household equipment cannot finish the updating of the synchronous updating depended stage, executing an updating backspacing operation on the synchronous updating depended stage; and sending an update fault notification of the synchronous update dependent phase to the intelligent household equipment with the dependency relationship so as to stop the update operation of the synchronous update dependent phase.
As a preferred embodiment, the synchronous updating of each smart home device having a dependency relationship according to the update logic specifically includes:
setting an updating time table of each updating stage of each intelligent household device with dependency relationship according to the updating starting time point of the synchronous updating period;
if the updating stage of the intelligent household equipment does not depend on any updating stage of other intelligent household equipment, updating the updating stage according to the updating schedule;
and if the updating stage of the intelligent household equipment depends on any one or more updating stages of other intelligent household equipment, enabling the updating stage to enter an updating preparation state at the moment corresponding to the updating schedule, and executing updating operation after all the dependent updating stages are updated.
As a preferred embodiment, the setting of the update schedule of each update phase of each smart home device having a dependency relationship according to the update start time point of the synchronous update cycle further includes:
evaluating the expected updating time of each updating stage of each intelligent household device, and generating an updating schedule of the intelligent household device according to the updating starting time point, the expected updating time and the positions of all the updating stages of the intelligent household device where the updating stages are located;
and generating the updating timetables of all the intelligent household devices according to the updating timetable of each intelligent household device and the updating starting time point.
The invention provides an intelligent household equipment synchronous management system based on the Internet of things, which is characterized in that firstly, intelligent household equipment with dependency relationship is distinguished from intelligent household equipment without dependency relationship, and then different upgrading management methods are executed, so that the network load and the hardware resource load in the synchronous upgrading process are reduced, and the upgrading efficiency is improved; secondly, updating logic is set for the intelligent household equipment with the dependency relationship according to different upgrading stages, so that seamless connection in the upgrading process is achieved, and upgrading efficiency is further improved; finally, various modes of synchronous updating period and updating starting time point are set, the pertinence and flexibility of upgrading are improved, and upgrading requirements under different conditions are met.
Drawings
In order to more clearly illustrate the technical solutions of the embodiments of the present invention, the following briefly introduces the embodiments and the drawings used in the description of the prior art, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and those skilled in the art can also obtain other drawings according to the drawings without creative efforts.
Fig. 1 is a schematic diagram of an embodiment of an intelligent home device synchronization management system based on the internet of things.
Detailed Description
The embodiments of the present invention are further described below with reference to the drawings.
The first embodiment is as follows:
as shown in fig. 1, the invention provides an intelligent home device synchronization management system based on the internet of things, and the method includes the following modules:
the safety gateway is used for establishing communication connection between all the intelligent household equipment through the safety gateway; it should be noted that the security gateway may be set in a certain smart home device, such as a router, or may be set separately, which is not limited herein; the security gateway can dynamically update the number of the accessed intelligent home devices, and send the newly accessed intelligent home devices or the accessed information or the quitted information of the quitted intelligent home devices to other associated intelligent home devices for searching in the updating process.
The updating demand judging module is used for setting the equipment numbers and the synchronous updating periods of all the intelligent household equipment; after the update starting time point of the synchronous update period is reached, each intelligent household device self-checks whether an update demand exists, and if the update demand exists, a dependency relationship judgment module is executed; if the updating requirement does not exist, no response is made; it should be noted that, for example, the synchronous update period may be 1 day, 1 week, or 1 month, and the like, and the update start time point of the synchronous update period may be 3 points, or 24 points, and the like; for example, the update start time point is set at 3 am every monday, and the transmission operation of the update request is triggered when the time comes. In addition, a device number is set for each smart home device, so that identity identification is facilitated, and for a newly added smart home device, the device and the device number thereof can be preferentially sent to all other smart home devices in the local area network when the update start time point arrives, so that the identity of the device can be stored and recorded. Preferably, an update manager is configured for all the smart home devices, and the update manager may be configured independently at a gateway of the local area network, or may be configured with a corresponding functional module in a certain smart home device, so as to implement update management of the smart home devices.
The dependency relationship judging module is used for calculating whether the updating of each intelligent household device depends on other intelligent household devices; if yes, further calculating the intelligent household equipment depended on by each updating stage, and executing a synchronous updating module; if not, executing an independent updating module; it should be noted that, the method and the device for updating the smart home devices judge whether the updating of the smart home devices has a dependency relationship, so that the smart home devices without the dependency relationship can be prevented from participating in the synchronous updating process, and the updating complexity is increased; the above judgment of the present invention effectively avoids the occurrence of such a situation. In addition, the equipment updating usually has a plurality of stages, and each stage has different updating conditions, so the updating is specific to each stage, and the updating dependency relationship is determined according to each stage, thereby improving the accuracy and efficiency of updating management and realizing the seamless connection of the updating between different intelligent household equipment.
The synchronous updating module is used for sending the updating stage information and the equipment number of each intelligent household equipment depending on other intelligent household equipment to the other intelligent household equipment depending on the intelligent household equipment, and each intelligent household equipment with the dependency relationship stores the updating logic of all the intelligent household equipment with the dependency relationship in the self-updating process; each intelligent household device with the dependency relationship performs synchronous updating according to the updating logic; for example, as shown in fig. 1, three smart home devices a/B/C having a dependency relationship, where an upgrade stage SB1 of a smart home device B depends on an upgrade stage SA1 of a smart home device a, and an upgrade stage SC1 of a smart home device C depends on an upgrade stage SB1 of a smart home device B; at this time, since the upgrade of the smart home device a is independent of other smart home devices, the smart home device a may store or cannot see the dependency relationship, the smart home device B needs to store the upgrade stage SA1 of the smart home device a that the upgrade stage SB1 depends on, and the smart home device C needs to store the upgrade stage SB1 of the smart home device B that the upgrade stage SC1 depends on. And then, carrying out synchronous updating operation on the intelligent household equipment A/B/C according to the updating logic established by the dependency relationship.
And the independent updating module is used for automatically updating the intelligent household equipment after the synchronous updating period is finished. It should be noted that the update of the smart home devices without dependency does not affect the update of other smart home devices, so that the smart home devices can update themselves after the synchronous update period is finished, so as to reduce the communication load in the synchronous update phase.
As a preferred embodiment, the setting of the synchronous update cycle of all the smart home devices specifically includes:
setting a synchronous updating equipment quantity triggering threshold value of the intelligent household equipment, and triggering the synchronous updating period to enter the updating starting time point if the quantity of the intelligent household equipment with updating requirements reaches the synchronous updating equipment quantity triggering threshold value; and if the number of the intelligent household equipment with the updating requirement does not reach the synchronous updating equipment number triggering threshold value, not triggering the synchronous updating period to enter the updating starting time point. It should be noted that, in order to avoid the frequent synchronous update operation triggered by one or a few smart home devices, the invention sets the trigger threshold of the number of synchronous update devices to control the number of synchronous updates, thereby reducing the influence on the normal use of the user. For example, the triggering threshold of the number of synchronous updating devices is set to be 5 absolute values, that is, the synchronous updating operation is triggered only after the number of the intelligent household devices needing to be updated reaches 5; or, the triggering threshold value of the number of the synchronous updating devices is set to be 70% of the relative value, that is, the synchronous updating operation is triggered only after the number of the intelligent home devices which need to be updated reaches 70% of the number of all the intelligent home devices. Further, if the number of the smart home devices with the update demand reaches the synchronous update device number trigger threshold, triggering the synchronous update cycle to enter the update start time point, where the update start time point is a time point meeting the above determination and is not limited to the fixed time point; thereby increasing the flexibility of the synchronous update operation.
As a preferred embodiment, if the number of the smart home devices with the update demand does not reach the synchronous update device number trigger threshold, the synchronous update cycle is not triggered to enter the update start time point, further including:
setting a synchronous updating period trigger threshold value of the intelligent household equipment;
if the number of the intelligent household equipment with the updating requirement does not reach the synchronous updating equipment number triggering threshold value, judging whether the synchronous updating time distance of the intelligent household equipment reaches the synchronous updating period triggering threshold value, and if the synchronous updating period triggering threshold value is reached, triggering the synchronous updating period to enter the updating starting time point; and if the synchronous updating period triggering threshold value is not reached, not triggering the synchronous updating period to enter the updating starting time point. It should be noted that this embodiment is implemented on the basis of the above embodiment, that is, if some devices do not have a requirement for updating for a long time, and other devices need to update, if the number of the synchronous updating devices does not reach the trigger threshold value for a long time, the synchronous updating operation cannot be triggered, and at this time, it is necessary to set a further judgment operation to trigger the synchronous updating operation; the embodiment introduces a synchronous update period trigger threshold, for example, the synchronous update period trigger threshold may be 1 day, 1 week, or 1 month, or the like, that is, when the distance from the last synchronous update time reaches 1 day, 1 week, or 1 month, the synchronous update operation is triggered without the limitation of the synchronous update device number trigger threshold, so as to ensure that other devices with urgent update needs enter an update state, and maintain the use experience of the user.
As a preferred embodiment, after the update start time point of the synchronous update period is reached, the self-checking whether each smart home device has an update demand specifically includes:
the synchronous updating period of the intelligent household equipment comprises an updating preparation stage, a synchronous updating stage and an updating result feedback stage;
the updating preparation stage is used for confirming whether an updating requirement exists for each intelligent household device, and generating and storing the updating logic under the condition that the updating requirement exists; it should be noted that the update preparation phase may further include downloading an update file to the smart home device.
The synchronous updating stage is that the intelligent household equipment performs synchronous updating according to the updating logic;
and the updating result feedback stage feeds the updating result back to the server and the intelligent household equipment with the dependency relationship for each intelligent household equipment participating in updating. It should be noted that through the feedback operation, the server may obtain the update result of the smart home device, and the smart home device having a dependency relationship may also trigger the upgrade operation corresponding to the upgrade stage.
As a preferred embodiment, the self-checking of each smart home device whether there is an update demand specifically includes:
after the update starting time point of the synchronous update period is reached, each intelligent household device sends an update request to the corresponding server, the server sends the latest version information to the intelligent household device, and the intelligent household device compares the latest version information with the installed version information to judge whether an update demand exists or not. It should be noted that if the latest version information is the same as the installed version information, it indicates that no update is needed; if the latest version information is not the same as the installed version information, it indicates that an update is required.
As a preferred implementation, the update result feedback stage further includes:
if the updating of the intelligent household equipment is depended on by other intelligent household equipment, after the intelligent household equipment completes the updating, the updating result is fed back to the depended intelligent household equipment and the server; for example, as shown in fig. 1, after the upgrade stage SA1 is completed, the smart home device a feeds back an upgrade result to the smart home device B dependent on the smart home device a, so that the smart home device B performs an upgrade operation in the upgrade stage SB 1.
And if the updating of the intelligent household equipment is not depended on by other intelligent household equipment, only feeding back the updating result to the server after the updating of the intelligent household equipment is completed. It should be noted that, for example, as shown in fig. 1, the smart home device B feeds back the upgrade result to the server after the upgrade stage SB2 is completed.
As a preferred embodiment, the sending, by each smart home device that depends on another smart home device, the update stage information to the other smart home devices that depend on the smart home device specifically includes:
setting a synchronous updating dependent stage and a synchronous updating dependent stage for each intelligent household device with the dependent relationship;
after the intelligent household equipment completes the updating of the synchronous updating depended stage, sending an updating starting notice of the synchronous updating depended stage to the intelligent household equipment with the dependency relationship, and starting the updating starting operation of the synchronous updating depended stage according to the updating starting notice. For example, as shown in fig. 1, after the upgrade stage SA1 is completed, the smart home device a feeds back an upgrade result to the smart home device B that depends on the smart home device a, so that the smart home device B performs an upgrade operation in the upgrade stage SB 1.
As a preferred embodiment, the method further comprises:
if the intelligent household equipment cannot finish the updating of the synchronous updating depended stage, executing an updating backspacing operation on the synchronous updating depended stage; and sending an update fault notification of the synchronous update dependent phase to the intelligent household equipment with the dependency relationship so as to stop the update operation of the synchronous update dependent phase. It should be noted that the update rollback operation can ensure that the smart home devices that fail to be updated can normally work, and meanwhile, the smart home devices that have a dependency relationship are prevented from entering an update state, so that the update failure is also prevented from being caused, and the stability of the system is improved.
As a preferred embodiment, the synchronous updating of each smart home device having a dependency relationship according to the update logic specifically includes:
setting an updating time table of each updating stage of each intelligent household device with dependency relationship according to the updating starting time point of the synchronous updating period; for example, according to the updated dependency relationship, the intelligent household device a starts to be updated first, and the start time of the update phase SA1 of the intelligent household device a is taken as the update start time point of the synchronous update cycle, which is, for example, 0: 00.
If the updating stage of the intelligent household equipment does not depend on any updating stage of other intelligent household equipment, updating the updating stage according to the updating schedule;
and if the updating stage of the intelligent household equipment depends on any one or more updating stages of other intelligent household equipment, enabling the updating stage to enter an updating preparation state at the moment corresponding to the updating schedule, and executing updating operation after all the dependent updating stages are updated. For example, the end time of the update phase SA1 of the smart home device a is 0:10, the update phase SB1 of the smart home device B is brought into the update preparation state 0:10 before the time corresponding to the update schedule, and the update operation is performed after all dependent update phases are updated.
As a preferred embodiment, the setting of the update schedule of each update phase of each smart home device having a dependency relationship according to the update start time point of the synchronous update cycle further includes:
evaluating the expected updating time of each updating stage of each intelligent household device, and generating an updating schedule of the intelligent household device according to the updating starting time point, the expected updating time and the positions of all the updating stages of the intelligent household device where the updating stages are located;
and generating the updating timetables of all the intelligent household devices according to the updating timetable of each intelligent household device and the updating starting time point.
For example, as shown in fig. 1, the following update schedule is established: wherein ">" indicates that the latter depends on the former, and "<" indicates that the former depends on the latter.
The invention provides an intelligent household equipment synchronous management system based on the Internet of things, which is characterized in that firstly, intelligent household equipment with dependency relationship is distinguished from intelligent household equipment without dependency relationship, and then different upgrading management methods are executed, so that the network load and the hardware resource load in the synchronous upgrading process are reduced, and the upgrading efficiency is improved; secondly, updating logic is set for the intelligent household equipment with the dependency relationship according to different upgrading stages, so that seamless connection in the upgrading process is achieved, and upgrading efficiency is further improved; finally, various modes of synchronous updating period and updating starting time point are set, the pertinence and flexibility of upgrading are improved, and upgrading requirements under different conditions are met.
It will be understood by those within the art that each block of the block diagrams and/or flowchart illustrations, and combinations of blocks in the block diagrams and/or flowchart illustrations, can be implemented by computer program instructions. These computer program instructions may be provided to a processor of a general purpose computer, special purpose computer, or other programmable data processing apparatus to produce a machine, such that the instructions, which execute via the processor of the computer or other programmable data processing apparatus, create means for implementing the methods specified in the block or blocks of the block diagrams and/or flowchart block or blocks.
Those of skill in the art will appreciate that various operations, methods, steps in the processes, acts, or solutions discussed in the present application may be alternated, modified, combined, or deleted. Further, various operations, methods, steps in the flows, which have been discussed in the present application, may be interchanged, modified, rearranged, decomposed, combined, or eliminated. Further, steps, measures, schemes in the various operations, methods, procedures disclosed in the prior art and the present invention can also be alternated, changed, rearranged, decomposed, combined, or deleted.
The above description is only an embodiment of the present invention, and not intended to limit the scope of the present invention, and all modifications of equivalent structures and equivalent processes performed by the present specification and drawings, or directly or indirectly applied to other related technical fields, are included in the scope of the present invention.
Claims (9)
1. The utility model provides an intelligent household equipment synchronous management system based on thing networking which characterized in that, the system includes following module:
the safety gateway is used for establishing communication connection between all the intelligent household equipment through the safety gateway;
the updating demand judging module is used for setting the equipment numbers and the synchronous updating periods of all the intelligent household equipment; after the update starting time point of the synchronous update period is reached, each intelligent household device self-checks whether an update demand exists, and if the update demand exists, a dependency relationship judgment module is executed; if the updating requirement does not exist, no response is made;
the dependency relationship judging module is used for calculating whether the updating of each intelligent household device depends on other intelligent household devices; if yes, further calculating the intelligent household equipment depended on by each updating stage, and executing a synchronous updating module; if not, executing an independent updating module;
the synchronous updating module is used for sending the updating stage information and the equipment number of each intelligent household equipment depending on other intelligent household equipment to the other intelligent household equipment depending on the intelligent household equipment, and each intelligent household equipment with the dependency relationship stores the updating logic of all the intelligent household equipment with the dependency relationship in the self-updating process; each intelligent household device with the dependency relationship performs synchronous updating according to the updating logic;
the independent updating module is used for automatically updating the intelligent household equipment after the synchronous updating period is finished;
further comprising:
if the updating of the intelligent household equipment is depended on by other intelligent household equipment, after the intelligent household equipment completes the updating, the updating result is fed back to the depended intelligent household equipment and the server;
each smart home device depending on other smart home devices sends update stage information to the other smart home devices depending on the smart home devices, and the update stage information specifically includes:
setting a synchronous updating dependent stage and a synchronous updating dependent stage for each intelligent household device with the dependent relationship; after the intelligent household equipment completes the updating of the synchronous updating depended stage, sending an updating starting notice of the synchronous updating depended stage to the intelligent household equipment with the dependency relationship, and starting the updating starting operation of the synchronous updating depended stage according to the updating starting notice;
the synchronous updating of each intelligent household device with the dependency relationship according to the updating logic specifically includes:
setting an updating time table of each updating stage of each intelligent household device with dependency relationship according to the updating starting time point of the synchronous updating period; and enabling the updating stage to enter an updating preparation state at the moment corresponding to the updating time table, and executing updating operation after all the dependent updating stages are updated.
2. The system according to claim 1, wherein the setting of the synchronous update cycle of all the smart home devices specifically includes:
setting a synchronous updating equipment quantity triggering threshold value of the intelligent household equipment, and triggering the synchronous updating period to enter the updating starting time point if the quantity of the intelligent household equipment with updating requirements reaches the synchronous updating equipment quantity triggering threshold value; and if the number of the intelligent household equipment with the updating requirement does not reach the synchronous updating equipment number triggering threshold value, not triggering the synchronous updating period to enter the updating starting time point.
3. The system according to claim 2, wherein if the number of the smart home devices with the update demand does not reach the synchronous update device number trigger threshold, the synchronous update cycle is not triggered to enter the update start time point, further comprising:
setting a synchronous updating period trigger threshold value of the intelligent household equipment;
if the number of the intelligent household equipment with the updating requirement does not reach the synchronous updating equipment number triggering threshold value, judging whether the synchronous updating time distance of the intelligent household equipment reaches the synchronous updating period triggering threshold value, and if the synchronous updating period triggering threshold value is reached, triggering the synchronous updating period to enter the updating starting time point; and if the synchronous updating period triggering threshold value is not reached, not triggering the synchronous updating period to enter the updating starting time point.
4. The system according to claim 1, wherein after the update start time point of the synchronous update cycle is reached, each of the smart home devices performs self-check to determine whether there is an update demand, and specifically includes:
the synchronous updating period of the intelligent household equipment comprises an updating preparation stage, a synchronous updating stage and an updating result feedback stage;
the updating preparation stage is used for confirming whether an updating requirement exists for each intelligent household device, and generating and storing the updating logic under the condition that the updating requirement exists;
the synchronous updating stage is that the intelligent household equipment performs synchronous updating according to the updating logic;
and the updating result feedback stage feeds the updating result back to the server and the intelligent household equipment with the dependency relationship for each intelligent household equipment participating in updating.
5. The intelligent home device synchronous management system according to claim 4, wherein each of the intelligent home devices performs self-checking to determine whether there is an update demand, and specifically includes:
after the update starting time point of the synchronous update period is reached, each intelligent household device sends an update request to the corresponding server, the server sends the latest version information to the intelligent household device, and the intelligent household device compares the latest version information with the installed version information to judge whether an update demand exists or not.
6. The smart home device synchronous management system according to claim 4, wherein the update result feedback stage further comprises:
and if the updating of the intelligent household equipment is not depended on by other intelligent household equipment, only feeding back the updating result to the server after the updating of the intelligent household equipment is completed.
7. The smart home device synchronous management system of claim 1, further comprising:
if the intelligent household equipment cannot finish the updating of the synchronous updating depended stage, executing an updating backspacing operation on the synchronous updating depended stage; and sending an update fault notification of the synchronous update dependent phase to the intelligent household equipment with the dependency relationship so as to stop the update operation of the synchronous update dependent phase.
8. The system according to claim 1, wherein each smart home device having a dependency performs synchronous update according to the update logic, and specifically includes:
and if the updating stage of the intelligent household equipment does not depend on any updating stage of other intelligent household equipment, updating the updating stage according to the updating schedule.
9. The system according to claim 1, wherein the setting of the update schedule of each update phase of each smart home device having a dependency relationship according to the update start time point of the synchronous update cycle further comprises:
evaluating the expected updating time of each updating stage of each intelligent household device, and generating an updating schedule of the intelligent household device according to the updating starting time point, the expected updating time and the positions of all the updating stages of the intelligent household device where the updating stages are located;
and generating the updating timetables of all the intelligent household devices according to the updating timetable of each intelligent household device and the updating starting time point.
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