Integration method and system of operation data delivery and event data management for electronic devices

Abstract

An integration method and system for data transmission and event data management of electronic devices. The integration method includes the following steps: performing a data integration and transmission step to obtain an original data file of the electronic device; performing a data standardization process to standardize the data field names of the electronic device in the original data file; and performing device group transmission management to group the data according to the physical geographical location of the electronic device and perform parallel processing among multiple processing units.

Claims

1. An integrated method for data transmission and event data management of electronic devices, comprising the following steps: performing a data integration and transmission step to obtain an original data file of the electronic device; performing a data standardization process to standardize the data field names of the original data file of the electronic device; and performing a device group transmission management step to group the electronic devices according to their physical geographical location and perform parallel processing among a plurality of processing units.

2. The integration method as described in Request 1, wherein the data integration and transmission steps include: A physical trigger signal generated by the electronic device is converted into a network packet to immediately notify at least one of the plurality of processing units.

3. The integration method as described in Request 1, wherein the data integration and transmission steps include: The electronic device is periodically polled to check for new event data and a network packet is generated to notify at least one of the plurality of processing units.

4. The integration method as described in Request 1, wherein the data integration and transmission steps include: The physical trigger signal generated by the electronic device is converted into a network packet to immediately notify at least one of the plurality of processing units; The system also periodically polls the electronic device to check for new event data and generates a network packet to notify at least one of the plurality of processing units.

5. As in the integration method of request item 1, the data consistency processing steps include: The input data field name is compared with a field phrase correspondence table and a name correspondence table; using string substitution, prefix substring comparison, suffix substring comparison or character existence comparison, the data field name is standardized into a predetermined academic definition name or a custom name.

6. The integration method of request item 5, wherein in the device packet transmission management step, the algorithm for allocating the electronic device to the plurality of processing units is to calculate a processing unit number j based on a device number i and a number of processing units M, and the calculation formula is: j = ceil(i / M).

7. The integration method as described in Request 1, wherein the data types supported by the data standardization process include three-phase voltage, three-phase current, ground current, and digital status signals of the electronic equipment.

8. An integrated system for transmitting operational data and managing event data of electronic devices, comprising: Multiple processing units are configured to provide data acquisition, data file download, waveform generation, and status information integration functions; A data receiving module coupled to the electronic device and configured to receive raw data files from the electronic device; a data standardization processing module coupled to the data receiving module and configured to standardize the data field names of the raw data files in the electronic device. And a device packet transmission management module, coupled to the data consistency processing module and the plurality of processing units, and configured to group according to the physical geographical location of the electronic device and perform parallel processing among the plurality of processing units.

9. The integrated system as described in request item 8, wherein the data receiving module includes: A hardware converter configured to convert a physical trigger signal generated by the electronic device into a network packet to immediately notify at least one of the plurality of processing units.

10. The integrated system as described in claim 8, wherein the data receiving module includes: A polling control unit is configured to periodically poll the electronic device to check for new event data and generate a network packet to notify at least one of the plurality of processing units.

11. The integrated system as described in request item 8, wherein the data receiving module includes: A hardware converter configured to convert a physical trigger signal generated by the electronic device into a network packet to immediately notify at least one of the plurality of processing units; And a polling control unit configured to periodically poll the electronic device, compare whether there is new event data inside, and generate a network packet to notify at least one of the plurality of processing units.

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