CN114338534A - Message routing method and device - Google Patents
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Abstract
The invention belongs to the technical field of message sending, in particular to a message routing method and a device, wherein the message routing method is used for sending banking business messages, when a certain message sending scene is triggered, a corresponding message generator generates messages to be sent, the messages to be sent are accessed to a unified notification platform, the messages to be sent are subjected to message analysis, message type judgment and priority message queue writing operation, a priority message queue in the unified notification platform is read according to the priority level, the read messages are processed and finally sent, and different message sending channels are arranged on a channel integration platform for sending the messages. In the message routing method, the messages are processed in advance, the priority of the messages is determined, the message sending channels are reasonably selected, and the message sending channels are prevented from being blocked, so that all the message sending channels are available and smooth in real time, the message sending efficiency is improved, and the workload of message routing is reduced.
Description
Technical Field
The invention belongs to the technical field of message sending, and particularly relates to a message routing method and a message routing device.
Background
In the process of bank business, messages need to be sent to the client through various channels so as to achieve the delivery and notification of various messages such as transaction messages, early warning messages, marketing messages, verification code messages and the like. At present, a business system of a bank achieves real-time message sending through online, and one message comprises a multi-end message sending channel, such as a short message channel, a WeChat channel, an APP channel, a nail channel, an enterprise WeChat channel and the like.
Because of the huge message amount, the purpose of smoothly sending the message needs to be achieved through a reasonably designed message routing way, wherein the message routing means that when the message is sent online or in batch, the optimal and most stable message channel at present can be intelligently and friendly found through a service identifier or the current sending state.
In the prior art, the routing mode for sending messages by a bank system has the following defects: 1. each time, sending messages through a single channel, and sending messages by using a single channel in a service peak period, wherein the self system and a third-party message channel have peak pressure, so that the messages are lost or cannot arrive in time and the like; 2. the message channel needs to be detected during the message sending process, wherein the detection refers to obtaining the current working condition of the message channel to judge whether to allow the message to be sent, and a large number of detection requests are generated in the bank system due to too many message channels accessed by the bank system, so that the message sending efficiency is low and the workload is large.
Disclosure of Invention
The invention aims to provide a message routing method, which solves the technical problem that in the prior art, a single channel is used for sending messages during a service peak period, and both a self system and a third-party message channel have peak pressure to cause message loss or message arrival failure.
To solve the above technical problem, a first aspect of the present invention is:
a message routing method is provided for banking message transmission, comprising the steps of:
(1) message generation: when a certain message sending scene is triggered, a corresponding message generator generates a message to be sent;
(2) message access:
(2.1) the message needing to be sent is accessed to a unified notification platform;
the unified notification platform inquires the client subscription information and sends corresponding information according to the type of the client subscription information
(2.2) performing message analysis, message type judgment and priority message queue writing operation on the messages to be sent received by the unified notification platform;
(3) processing the message:
(3.1) reading a priority message queue in the unified notification platform according to the priority level;
(3.2) performing message rule processing, channel sending decision and channel message queue writing operation on the read message;
(4) and (3) message sending:
(4.1) the channel message queues are sent to a channel integration platform, different message sending channels are arranged on the channel integration platform, and each message sending channel reads a corresponding channel message queue;
and (4.2) the read message is sent by the corresponding message sending channel, and in the process of sending the message by the message sending channel, when the request is overtime or the sending is failed, the message is sent again until the sending is successful or the upper limit of the retransmission times is reached.
Preferably, in the step (1), the message producer fills a mark symbol in the message to be sent, where the mark symbol is used to determine the type of the message sending channel.
Preferably, in the step (4.1), the message sending channel in the channel integration platform includes a short message sending channel, a payment platform message sending channel, an internet bank APP sending channel, and a mail sending channel; and each message sending channel carries out flow control and message assembly operation on the message to be sent.
Preferably, the short message sending channel is provided with at least two short message sending service providers, and short message sending opportunities of different short message sending service providers are allocated.
Preferably, the short message sending service provider is provided with two short message sending channels, namely a verification code channel and a marketing short message channel, when the short message template type is configured to be the verification code type, the short message is sent through the verification code channel, and when the short message template type is configured to be the non-verification code type, the short message is sent by switching to the marketing short message channel.
Preferably, the internet bank APP sending channel is provided with at least two message sending service providers.
Preferably, in the step (1), the messaging scenario includes messaging scenarios generated by a bank savings service, a marketing service, a checking and controlling service, a payment service, and an intermediate service, and messaging scenarios generated by a customer handling service on a counter, a personal internet banking service, and a mobile banking APP service.
The second aspect of the present invention is:
there is provided a message routing apparatus for banking message transmission, comprising:
a data storage module;
the message generating module is used for generating a message to be sent by a corresponding message generator when a certain message sending scene is triggered, and the message to be sent is stored in the data storage module;
the message access module is provided with a unified notification platform, the unified notification platform is provided with a message analysis unit, a message type judgment unit and a write-in priority message queue unit, and the message generation module accesses the message to be sent to the unified notification platform, and performs message analysis, message type judgment and write-in priority message queue operation on the message to be sent;
a message processing module: the message processing module is provided with a message rule processing unit, a sending channel decision unit and a writing channel message queue unit, and is used for reading a priority message queue in the unified notification platform according to the priority, and performing message rule processing, sending channel decision and writing channel message queue operation on the read message;
a message sending module: the information sending module is provided with a channel integration platform, a channel information queue is sent to the channel integration platform, different information sending channels are arranged on the channel integration platform, and each information sending channel reads a corresponding channel information queue; each message sending channel carries out flow control and message assembly operation on the message to be sent; and the corresponding message sending channel sends the assembled message, and in the process of sending the message by the message sending channel, when the request is overtime or the sending is failed, the message is sent again until the sending is successful or the upper limit of the retransmission times is reached.
Preferably, the message generation module is provided with a marker filling unit, the marker filling unit fills a marker in the generated message to be sent, and the marker is used for judging the type of the message sending channel.
Preferably, the message sending module comprises an off-line gateway unit, the message sending channel in the channel integration platform comprises a message sending channel, a payment platform message sending channel, an internet bank APP sending channel and a mail sending channel, and the message sending channel and the internet bank APP sending channel are passed through the off-line gateway unit to send messages outwards.
Compared with the prior art, the invention has the beneficial effects that: the message routing method is used for sending the banking business messages, and in the message routing method, messages are processed in advance, the priority of the messages is determined, message sending channels are reasonably selected, congestion of the message sending channels is avoided, all the message sending channels are available and smooth in real time, meanwhile, when the message sending fails, an available channel can be searched for retransmission, the message can arrive accurately in real time, the message sending efficiency is improved, and the workload of message routing is reduced.
Drawings
The accompanying drawings, which are included to provide a further understanding of the invention and are incorporated in and constitute a part of this specification, illustrate embodiments of the invention and together with the description serve to explain the principles of the invention and not to limit the invention. In the drawings:
fig. 1 is a flow chart of an embodiment of a message routing method according to the present invention.
Fig. 2 is a flow chart of message routing in an embodiment of the message routing method of the present invention.
Fig. 3 is a block diagram of a message routing apparatus according to an embodiment of the present invention.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
A message routing method, please refer to fig. 1 and fig. 2.
The message routing method is used for banking message sending, and as shown in fig. 1 and fig. 2, the message routing method comprises the following steps:
step S100, message generation: when a certain message sending scene is triggered, the corresponding message generator generates a message to be sent.
In step S100, the messaging scenario includes messaging scenarios generated by a bank savings service, a marketing service, a monitoring service, a payment service, an intermediate service, and messaging scenarios generated by a customer handling service at counter, a personal internet banking service, and a mobile banking APP service. Specifically, the bank deposit business refers to the situation that the amount of money deposited by a customer in a bank changes and the like, and needs to send a message to inform the customer; the marketing business refers to a bank marketing scheme and is sent to a target client in a message mode; the check and control business refers to the situation that a wind control system in a bank inquires that a client account has risks, abnormalities and the like, and a message needs to be sent to inform a client; the payment service is that the payment service is handled in a bank and a message needs to be sent to a client; the intermediate service refers to that a message needs to be sent to a client under the conditions of annual fee deduction of a client account number and the like; the counter transaction is that the counter transaction is performed on the spot at the bank counter, and messages such as verification codes, money change and the like need to be sent to the client; the personal internet bank service means that a client operates the internet bank through a computer and the like and needs to send corresponding information to the client; the mobile banking APP service means that a customer operates a bank APP at a mobile phone end and needs to send a message to the customer.
In step S100, for different message sending scenarios, there is a corresponding message generator, for example, for a message sending scenario generated in the bank deposit business sending process, the deposit platform of the bank is the message generator; for the message sending scene generated in the marketing business process, the marketing center of the bank is a message generator; for the message sending scene generated in the checking and controlling business process, the checking and controlling system of the bank is a message generator; for a message sending scene generated in the payment service process, a unified payment platform of a bank is a message generator; for the message sending scene generated by the intermediate service, the intermediate service platform of the bank is a message generator; for a message sending scene generated in the counter transaction process, a counter system of a bank is a message generator; for a message sending scene generated in the process of handling the personal online banking service, a personal online banking background of a bank is a message generator; for a message sending scene generated in the process of handling business through the mobile banking APP, the mobile banking APP background management system of the bank is a message generator.
The types of the messages mainly include a core account, a verification code, a transaction result, a marketing message, an early warning mail, an early warning message and the like, wherein the core account refers to the fact that account deposit changes, the verification code refers to the verification code required in the process of handling business, the transaction result refers to the message generated in the account transaction process, the marketing message refers to the message generated by a marketing platform, the early warning mail and the early warning message are account safety early warning messages, and the early warning mail is sent through a mailbox.
In addition, in step S100, the message producer fills in a marker for the message to be sent, and the marker is used to determine the type of the message transmission channel. For example, when the message transmission channel supports transmission channels such as short messages, WeChat, mobile app and the like, a message producer can fill corresponding values in the message type field sent as required, set a number "1" for representing a short message, a number "2" for representing a mobile app, and a number "3" for representing a mail, and simultaneously fill "1, 2, and 3" in the message type field sent, and then request to send messages to a client through three transmission channels of the short message, the WeChat, and the mobile app respectively; only the number "1" is filled in the message type field of the upload, and a request is made to send a message to the client through only one transmission channel, i.e., a short message.
And step S200, accessing the message.
Step S200 specifically includes:
and step S210, accessing the message to be sent to the unified notification platform.
And arranging a unified notification platform, wherein the unified notification platform is provided with a message access port, and each message producer sends the produced message to the unified notification platform through the message access port. The unified notification platform inquires the signing information of the client, sends corresponding information according to the signing information type of the client, and sends the information according to the formulated client information sending scheme if the client has no signing.
Step S220, performing message analysis, message type judgment, and writing priority message queue operation on the message to be sent received by the unified notification platform.
In step S220, the message parsing means that the unified notification platform parses the received message data with a specific format into a result that can be recognized by the unified notification platform, so as to facilitate processing; the message type judgment refers to judging the type of the received message, for example, whether the received message belongs to a deposit amount change message, a marketing message, a risk prompt message or a verification code message; after the message type is judged, the message can be written into a priority message queue according to the priority requirement, for example, if the message with the regulated amount change is prior to the risk prompt message, the risk prompt message is prior to the verification code message, and the verification code message is prior to the marketing message, the platform is uniformly informed to queue the received message to be sent according to the priority sequence of the amount change message, the risk prompt message, the verification code message and the marketing message; meanwhile, in the process of arranging the priority, time factors are added, and messages of the same type needing to be sent are queued according to the time sequence; in addition, in the process of arranging the priority, a client factor can be added, and the priority is determined according to client positioning.
And step S300, message processing.
The step S300 specifically includes:
and step S310, reading a priority message queue in the unified notification platform according to the priority.
The method comprises the steps that a message processing platform is arranged, the message processing platform is provided with a message processing inlet, the unified notification platform is provided with a message output interface, and the message processing inlet of the message processing platform is communicated with the message output interface of the unified notification platform, so that the message processing platform can read a priority message queue in the unified notification platform according to the priority.
Step S320, performing message rule processing, channel decision sending, and channel message queue writing operations on the read message.
The message rule processing refers to processing a message sending rule, for example, the message sending time and the sending time of different types of messages, for example, for a short message, the message needs to be sent in real time, and for a mobile phone APP type message, the message can be sent after opening the APP, or the message can be sent directly without opening the APP; a sending channel decision, which is to judge which sending channel is adopted according to factors such as the type, importance and urgency of the message, and whether the message sending time is in a peak time period or a low-peak time period, wherein for the message with a mark symbol set by a message generator, the message sending channel is determined according to the mark symbol; the writing of the channel message queue refers to writing the to-be-sent messages subjected to the sending channel decision into the message queue of the corresponding sending channel according to the sequence so as to facilitate the corresponding message sending channel to read and send the messages.
And step S400, sending the message.
The step S400 specifically includes:
and S410, transmitting the channel message queue to a channel integration platform, wherein different message transmitting channels are arranged on the channel integration platform, and each message transmitting channel reads the corresponding channel message queue.
In step S410, a channel integration platform is established, and the message sending channels in the channel integration platform include a short message sending channel, a payment platform message sending channel, an internet banking APP sending channel, and a mail sending channel.
The short message sending channel is a channel for sending messages through mobile phone short messages; the payment platform message sending channel is a channel for sending messages through a payment platform, such as a payment platform of WeChat, Paibao and the like, and the messages can be sent to a customer through a computer terminal or a mobile phone terminal; the internet bank APP sending channel is used for sending a message to a customer through a mobile phone APP of a bank, such as a mobile phone APP of a Chinese agricultural bank, a Chinese industrial and commercial bank and the like; the mail sending channel is used for sending a message to a customer through a mailbox left when the customer registers a bank account.
Further, in this embodiment, the short message sending channel is provided with two short message sending service providers, for example, two short message sending service providers of "yimei" and "convergent" are adopted (where "yimei" and "convergent" are short for two independent third-party short message sending service providers), the message processing platform allocates the short message sending opportunity ratios of the two different short message sending service providers of "yimei" and "convergent" and allocates the opportunity of sending a short message according to the configured ratio, for example, when the configuration is 10:0, all short messages are sent by the short message sending service provider of "yimei", and if the configuration is 0: 10, all the short message service providers are sent by the short message service provider of 'gathering' and if 5:5 is configured, the short message service providers of 'Yimei' and 'gathering' send messages averagely. And configuring the proportion according to the sending capacity of the short message sending service provider in a certain time period.
In addition, the short message sending service provider is provided with two short message sending channels, namely a verification code channel and a marketing short message channel, when the short message template type is configured to be the verification code type, the short message is sent through the verification code channel, and when the short message template type is configured to be the non-verification code type, the short message is sent by switching to the marketing short message channel. Compared with the marketing short message channel, the confidentiality of the message sent by the verification code channel is higher, and the corresponding short message sending channel is selected according to different types of messages.
Furthermore, two message sending service providers are also arranged in the internet bank APP sending channel, namely 'aurora pushing' and 'member pushing' (the 'aurora pushing' and the 'member pushing' are short for two independent third-party message sending service providers on the market respectively), wherein the 'aurora pushing' message sending service provider calls a pushing message API for 600 times per minute, the timing scheduling frequency is designed to be 30S, and the maximum 300 messages to be sent are obtained by scheduling each time and retransmission of sending failure is supported; the "push by member" messaging service provider currently has no limitation on the number of interface calls, and is set to have a timing scheduling frequency of 30S, and a maximum of 300 messages to be sent are obtained in each scheduling. By setting two message sending service providers, different message sending service providers can be adopted by the Internet bank APP sending channel when sending messages, and the message sending is reliable and timely.
In step S410, after each message sending channel reads the corresponding channel message queue, each message sending channel performs flow control and message assembly operation on the message to be sent, where flow control refers to that a message data source acquired by the message sending channel is matched with a message sending rate setting, so as to prevent message overstock from occurring, and cause overtime or loss of part of message processing due to message flow peak or insufficient message sending processing capability; the message assembly is to call a message template to fill in message data for output according to the received content of the message required to be sent.
And step S420, the assembled message is sent by the corresponding message sending channel, and in the process of sending the message by the message sending channel, when the request is overtime or the sending is failed, the message is sent again until the sending is successful or the upper limit of the retransmission times is reached.
For different message sending channels, different message sending modes exist, for example, for a short message sending channel, a channel integration platform splices the assembled message into a packet for a short message to be sent through a bank external gateway, then sends the spliced short message to a short message sending service provider, and sends the short message to a customer through the short message sending service provider; for the online banking APP sending channel, the channel integration platform splices the assembled message to a short message to be sent through a bank external gateway, then sends the spliced short message to a message sending service provider, and sends the message to a customer through the message sending service provider; for a payment platform message sending channel, such as a WeChat payment platform, because a WeChat bank is directly arranged in the bank, the assembled message can be directly sent to a customer through the WeChat bank by the channel integration platform; for the mail sending channel, the assembled message can be directly sent to the customer through the mailbox of the bank.
A message routing apparatus, please refer to fig. 3.
The message routing device is used for sending banking business messages, and as shown in fig. 3, the message routing device comprises a message generating module, a message accessing module, a message processing module, a message sending module and a data storage module, wherein the message generating module, the message accessing module, the message processing module and the message sending module are all functional modules executable by a computer, and the data storage module is used for accessing data in the working process of the message generating module, the message accessing module, the message processing module and the message sending module.
The message generating module is provided with a first data inlet, a mark symbol filling unit and a first data outlet, when a certain message sending scene is triggered, a corresponding message generator generates a message to be sent, the message to be sent is sent to the message generating module through the first data inlet, and for the message to be provided with the mark symbol, the mark symbol is filled in the message through the mark symbol filling unit.
The message access module is provided with a second data inlet, a unified notification platform and a second data outlet, the unified notification platform is provided with a message analysis unit, a message type judgment unit and a write-in priority message queue unit, the first data outlet of the message generation module accesses the message to be sent to the unified notification platform, and the message analysis unit, the message type judgment unit and the write-in priority message queue unit in the unified notification platform perform message analysis, message type judgment and write-in priority message queue operation on the message to be sent.
The message processing module is provided with a third data inlet, a message rule processing unit, a sending channel decision unit, a writing channel message queue unit and a third data outlet, the second data outlet of the message access module sends data to the third data inlet of the message processing module, and the message rule processing unit, the sending channel decision unit and the writing channel message queue unit in the message processing module are used for reading a priority message queue in the unified notification platform according to the priority level, and performing message rule processing, sending channel decision and writing channel message queue operation on the read message.
The message sending module is provided with a fourth data inlet, a flow control unit, a message assembly unit, a fourth data outlet and a channel integration platform, the third data inlet of the message processing module transmits channel message queue data to the fourth data inlet, the channel message queue data is sent to the channel integration platform after flow control and message assembly, different message sending channels are arranged on the channel integration platform, and each message sending channel reads a corresponding channel message queue; each message sending channel carries out flow control and message assembly operation on the message to be sent; and the corresponding message sending channel sends the assembled message, and in the process of sending the message by the message sending channel, when the request is overtime or the sending is failed, the message is sent again until the sending is successful or the upper limit of the retransmission times is reached.
In addition, the message sending module further comprises an off-line gateway unit, the message sending channel in the channel integration platform comprises a short message sending channel, a payment platform message sending channel, an online bank APP sending channel and a mail sending channel, and the short message sending channel and the online bank APP sending channel send messages to the outside through the off-line gateway unit.
It is noted that, herein, relational terms such as first and second, and the like may be used solely to distinguish one entity or action from another entity or action without necessarily requiring or implying any actual such relationship or order between such entities or actions. Also, the terms "comprises," "comprising," or any other variation thereof, are intended to cover a non-exclusive inclusion, such that a process, method, article, or apparatus that comprises a list of elements does not include only those elements but may include other elements not expressly listed or inherent to such process, method, article, or apparatus.
Although embodiments of the present invention have been shown and described, it will be appreciated by those skilled in the art that changes, modifications, substitutions and alterations can be made in these embodiments without departing from the principles and spirit of the invention, the scope of which is defined in the appended claims and their equivalents.
Claims (10)
1. A message routing method for banking message transmission, comprising the steps of:
(1) message generation: when a certain message sending scene is triggered, a corresponding message generator generates a message to be sent;
(2) message access:
(2.1) the message needing to be sent is accessed to a unified notification platform;
the unified notification platform inquires the client signing information and sends corresponding information according to the type of the client signing information;
(2.2) performing message analysis, message type judgment and priority message queue writing operation on the messages to be sent received by the unified notification platform;
(3) processing the message:
(3.1) reading a priority message queue in the unified notification platform according to the priority level;
(3.2) performing message rule processing, channel sending decision and channel message queue writing operation on the read message;
(4) and (3) message sending:
(4.1) the channel message queues are sent to a channel integration platform, different message sending channels are arranged on the channel integration platform, and each message sending channel reads a corresponding channel message queue;
and (4.2) the read message is sent by the corresponding message sending channel, and in the process of sending the message by the message sending channel, when the request is overtime or the sending is failed, the message is sent again until the sending is successful or the upper limit of the retransmission times is reached.
2. The message routing method of claim 1, wherein: in the step (1), the message producer fills in a mark symbol for the produced message to be sent, and the mark symbol is used for judging the type of a message sending channel.
3. The message routing method of claim 1, wherein: in the step (4.1), the message sending channels in the channel integration platform comprise a short message sending channel, a payment platform message sending channel, an internet bank APP sending channel and a mail sending channel; and each message sending channel carries out flow control and message assembly operation on the message to be sent.
4. The message routing method of claim 3, wherein: the short message sending channel is provided with at least two short message sending service providers, and short message sending opportunity ratios of different short message sending service providers are distributed.
5. The message routing method of claim 3, wherein: the short message sending service provider is provided with two short message sending channels, namely a verification code channel and a marketing short message channel, when the short message template type is configured to be the verification code type, the short message is sent through the verification code channel, and when the short message template type is configured to be the non-verification code type, the short message sending service provider is switched to the marketing short message channel to send the short message.
6. The message routing method of claim 3, wherein: the internet bank APP sending channel is provided with at least two message sending service providers.
7. The message routing method of claim 1, wherein: in the step (1), the message sending scene includes a message sending scene generated by a bank deposit business, a marketing business, a checking and controlling business, a payment business and an intermediate business, and a message sending scene generated by a customer handling business, a personal internet banking business and a mobile banking APP business on a counter.
8. A message routing device for banking messaging, comprising:
a data storage module;
the message generating module is used for generating a message to be sent by a corresponding message generator when a certain message sending scene is triggered, and the message to be sent is stored in the data storage module;
the message access module is provided with a unified notification platform, the unified notification platform is provided with a message analysis unit, a message type judgment unit and a write-in priority message queue unit, and the message generation module accesses the message to be sent to the unified notification platform, and performs message analysis, message type judgment and write-in priority message queue operation on the message to be sent;
a message processing module: the message processing module is provided with a message rule processing unit, a sending channel decision unit and a writing channel message queue unit, and is used for reading a priority message queue in the unified notification platform according to the priority, and performing message rule processing, sending channel decision and writing channel message queue operation on the read message;
a message sending module: the information sending module is provided with a channel integration platform, a channel information queue is sent to the channel integration platform, different information sending channels are arranged on the channel integration platform, and each information sending channel reads a corresponding channel information queue; each message sending channel carries out flow control and message assembly operation on the message to be sent; and the corresponding message sending channel sends the assembled message, and in the process of sending the message by the message sending channel, when the request is overtime or the sending is failed, the message is sent again until the sending is successful or the upper limit of the retransmission times is reached.
9. The message routing apparatus of claim 8, wherein: and a marker filling unit is arranged in the message generation module and used for filling a marker in the generated message to be sent, and the marker is used for judging the type of the message sending channel.
10. The message routing apparatus of claim 8, wherein: the message sending module comprises an off-line gateway unit, the message sending channel in the channel integration platform comprises a message sending channel, a payment platform message sending channel, an internet bank APP sending channel and a mail sending channel, and the message sending channel and the internet bank APP sending channel are through the off-line gateway unit sends messages outwards.
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| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
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| CN114979982A (en) * | 2022-04-13 | 2022-08-30 | 中移互联网有限公司 | Message issuing method and device, electronic equipment and storage medium |
| CN114979982B (en) * | 2022-04-13 | 2023-08-15 | 中移互联网有限公司 | Message issuing method and device, electronic equipment and storage medium |
| CN116266831A (en) * | 2022-09-09 | 2023-06-20 | 烟台海颐软件股份有限公司 | Message scheduling method |
| CN116191665A (en) * | 2023-01-31 | 2023-05-30 | 国网上海能源互联网研究院有限公司 | Message interaction device and method for low-voltage intelligent circuit breaker |
| CN116191665B (en) * | 2023-01-31 | 2024-04-26 | 国网上海能源互联网研究院有限公司 | Message interaction device and method for low-voltage intelligent circuit breaker |
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