EM data delivery method for improving data delivery quality

Abstract

The invention relates to an EM data delivery method for improving data delivery quality, which comprises the following steps that: a digital delivery unit uses a digital delivery platform to export attribute parameters from a to-be-filled EM data template sent by a construction party, and fills stored EM data into the to-be-filled EM data template to form a primary EM data template file; the digital delivery platform generates an EM data filling quality report based on the filling condition of the primary EM data template file, and a digital delivery service unit reversely detects the EM data filling condition of a supplier according to the EM data filling quality report and perfects an attribute standard and a delivery standard (equipment bit number and equipment classification) in the digital delivery platform; and the digital delivery service unit automatically and correspondingly fills the EM data sent to the digital delivery platform again by the supplier into the primary EM data template file to form a final EM data template file, and sends the final EM data template file to the construction party, so that all EM data are ensured to be completely and automatically filled into the EM data template, and the construction efficiency is improved. And the EM data delivery quality is improved.

Description

Technical Field

[0001] The present invention relates to the field of digital delivery, and in particular to an EM data delivery method for improving data delivery quality. Background Art

[0002] Digital delivery has become an important way to deliver data in the engineering field, and the digital delivery platform is the key central link in realizing digital delivery.

[0003] At present, in the process of digital delivery, there is a lack of connection between the digital delivery platform and the application system of the construction unit, making it difficult to achieve efficient information sharing. When it is necessary to deliver the EM data (i.e., equipment management system data) in the digital delivery process, the existing EM data delivery method is usually that the construction party first manually collects the equipment position number and equipment classification in the EM data template and provides the collected EM data template to the digital delivery service unit. The digital delivery service unit processes the EM data template provided by the construction party through the digital delivery platform to derive the attribute parameters and fills the attribute values ​​corresponding to the attribute parameters into the EM data template before providing it to the construction party.

[0004] However, the existing EM data delivery method has shortcomings: when the digital delivery platform automatically fills in the attribute values ​​corresponding to the attribute parameters into the EM data template, there will be situations where all the EM data is automatically filled into the EM data template, some of the EM data is automatically filled into the EM data template, and no EM data is automatically filled into the EM data template. Since it is impossible to ensure that all EM data is automatically filled into the EM data template, the quality of EM data delivery is poor and it is difficult to ensure the quality of EM data delivery. Summary of the invention

[0005] The technical problem to be solved by the present invention is to provide an EM data delivery method for improving data delivery quality in view of the above-mentioned prior art.

[0006] The technical solution adopted by the present invention to solve the above technical problem is: an EM data delivery method for improving data delivery quality, characterized in that it includes the following steps:

[0007] Step 1: The construction party sends the EM data template to be filled to the digital delivery service unit; wherein the EM data template to be filled contains at least the equipment number, equipment classification and attribute parameters;

[0008] Step 2: The digital delivery service unit exports attribute parameters from the EM data template to be filled sent by the builder through the digital delivery platform;

[0009] Step 3, the digital delivery service unit fills in the EM data template to be filled provided by the builder with the stored EM data according to the exported attribute parameters, so as to form a primary EM data template file; wherein the stored EM data of the digital delivery service unit is provided by the supplier;

[0010] Step 4: The digital delivery platform generates an EM data filling quality report corresponding to the primary EM data template file based on the filling status of the primary EM data template file;

[0011] Step 5: The digital delivery service unit conducts reverse inspection of the supplier's EM data filling according to the EM data filling quality report. At the same time, the digital delivery service unit improves the attribute standards in the digital delivery platform and improves the consistency between the supplier's equipment number, equipment classification and the equipment number and equipment classification in the primary EM data template file;

[0012] Step 6: The supplier sends the completed EM data to the digital delivery platform again;

[0013] Step 7: The digital delivery service unit automatically fills in the EM data sent by the supplier to the digital delivery platform again into the primary EM data template file to form a final EM data template file, and sends the final EM data template file to the builder.

[0014] Improved, in the EM data delivery for improving data delivery quality, in step 7, when the digital delivery service unit determines that the EM data filling quality report of the primary EM data template file that is filled in again meets the preset conditions, a final EM data template file is formed and the final EM data template file is sent to the construction party.

[0015] Further improved, in this invention, the EM data delivery method for improving data delivery quality also includes a process of synchronously updating the attribute standards of the supplier when filling in the data, the attribute standards of the digital delivery service unit, and the attribute standards of the builder.

[0016] Furthermore, in the present invention, the EM data delivery method for improving data delivery quality also includes a process of processing the equipment number when the supplier fills in the data, the equipment number of the digital delivery service unit, and the equipment number of the builder to maintain consistency and integrity.

[0017] Furthermore, in the invention, the EM data delivery method for improving data delivery quality also includes a process of processing the equipment classification when the supplier fills in the data, the equipment classification of the digital delivery service unit, and the equipment classification of the builder to maintain consistency.

[0018] As a further improvement, in the invention, the EM data delivery method for improving data delivery quality also includes a process in which the digital delivery platform monitors the progress of each supplier filling in the EM data separately.

[0019] Furthermore, in the EM data delivery method for improving data delivery quality, the EM data template to be filled includes a master data template and a feature value template.

[0020] Compared with the prior art, the advantages of the present invention are as follows: the EM data delivery method for improving the data delivery quality in the present invention enables the digital delivery service unit to use the digital delivery platform to derive attribute parameters from the EM data template to be filled in by the builder, and fills the stored EM data into the EM data template to be filled in, thereby forming a primary EM data template file; the digital delivery platform generates an EM data filling quality report based on the filling status of the primary EM data template file; the digital delivery service unit reversely detects the supplier's EM data filling status according to the EM data filling quality report and improves the attribute standards and delivery benchmarks (equipment position number and equipment classification) in the digital delivery platform; the digital delivery service unit automatically fills the EM data sent by the supplier to the digital delivery platform again into the primary EM data template file, thereby forming a final EM data template file, and sending the final EM data template file to the builder. In this way, it is ensured that all EM data are automatically filled in the EM data template, thereby improving the quality of EM data delivery. BRIEF DESCRIPTION OF THE DRAWINGS

[0021] Figure 1 The present invention is a flowchart of an EM data delivery method for improving data delivery quality in an embodiment of the present invention. DETAILED DESCRIPTION

[0022] The present invention is further described in detail below with reference to the accompanying drawings.

[0023] This embodiment provides an EM data delivery method for improving data delivery quality. Figure 1 As shown, the EM data delivery method for improving data delivery quality in this embodiment includes the following steps:

[0024] Step 1, the builder sends the EM data template to be filled to the digital delivery service unit; wherein the EM data template to be filled contains at least the equipment bit number, equipment classification and attribute parameters; the EM data template to be filled includes a master data template and a characteristic value template; the EM data template to be filled contains the equipment bit number entered by the builder and the attribute parameters under the classification to which each equipment bit number belongs; for example, the attribute parameters contained in the EM data template A to be filled here include attribute parameter 1, attribute parameter 2, ..., attribute parameter n-1 and attribute parameter n; the attribute parameter n corresponds to the equipment bit number n entered by the builder; n≥3;

[0025] For example, in this embodiment, the attribute parameters contained in the EM data template to be filled include supplier name, manufacturer name, equipment type, equipment weight unit, equipment size / dimension, equipment purchase value, equipment purchase date, manufacturer country or region, and specification model and characteristic value under the category to which each equipment bit number belongs;

[0026] In this embodiment, the construction party sends the EM data template to be filled to the digital delivery service unit by email;

[0027] Step 2: The digital delivery service unit exports attribute parameters from the EM data template to be filled sent by the builder through the digital delivery platform;

[0028] For example, in this embodiment, the digital delivery service unit derives attribute parameter 1, attribute parameter 2, ..., attribute parameter n-1 and attribute parameter n from the to-be-filled EM data template A0 through the digital delivery platform;

[0029] Step 3, the digital delivery service unit fills in the EM data template to be filled provided by the builder with the stored EM data according to the exported attribute parameters, so as to form a primary EM data template file; wherein the stored EM data of the digital delivery service unit is provided by the supplier;

[0030] Assume that, in this embodiment, the digital delivery service unit converts the EM data D1, D2, ..., EM data D stored in itself into the derived attribute parameter 1, attribute parameter 2, ..., attribute parameter n-1 and attribute parameter n. n-1 and EM data D n Fill the corresponding data into the above EM data template A0 to be filled, so as to form a primary EM data template file File1;

[0031] Step 4: The digital delivery platform generates an EM data filling quality report corresponding to the primary EM data template file based on the filling status of the primary EM data template file; wherein the EM data filling quality report here includes indicating which attribute parameters in the primary EM data template file have been filled in and which attribute parameters have not been filled in;

[0032] Since the primary EM data template file File1 has been formed, the digital delivery platform generates an EM data filling quality report Report1 corresponding to the primary EM data template file File1 according to the filling status of the primary EM data template file File1;

[0033] In the actual filling process, the digital delivery service unit itself may have EM data D that cannot correspond to the attribute parameter m in the EM data template A0 to be filled. m , so that some EM data may not be filled in the EM data template A0 to be filled; where 1≤m≤n; at this time, the EM data filling quality report Report1 generated by the digital delivery platform will show that the EM data D corresponding to the attribute parameter m is not filled in. m ;

[0034] Step 5: The digital delivery service unit conducts reverse inspection of the supplier's EM data filling according to the EM data filling quality report. At the same time, the digital delivery service unit improves the attribute standards in the digital delivery platform and improves the consistency between the supplier's equipment number, equipment classification and the equipment number and equipment classification in the primary EM data template file;

[0035] Step 6: The supplier sends the completed EM data to the digital delivery platform again; assuming that the supplier does not send the EM data D corresponding to the attribute parameter m. m Fill in the digitization delivery service unit, then the digitization delivery service unit will not be able to send the EM data to D m Fill in the EM data template A0 to be filled in, and the digital delivery service unit fills in the quality report Report1 based on the EM data. It is detected that the supplier has not put the EM data D corresponding to the attribute parameter m. m Provide it to the digital delivery service unit, and the digital delivery service unit will then ask the supplier to provide additional EM data D m , and then the digital delivery service unit will send the EM data to D m Fill in the primary EM data template file File1 to obtain the final EM data template file File2;

[0036] Step 7, the digital delivery service unit automatically fills the EM data sent by the supplier to the digital delivery platform again into the primary EM data template file to form a final EM data template file, and sends the final EM data template file to the builder. Specifically, in this embodiment, when the digital delivery service unit determines that the EM data filling quality report of the primary EM data template file filled again meets the preset conditions, a final EM data template file is formed and the final EM data template file is sent to the builder. Among them, the preset condition here is that all attribute parameters in the primary EM data template file are filled with corresponding attribute values, that is, to ensure that 100% of the EM data are automatically filled in the EM data template.

[0037] In order to ensure that all parties are synchronized and consistent with the attributes in the same template to be filled in during the digital delivery process, the EM data delivery method for improving data delivery quality in this embodiment also includes a process for synchronously updating the attribute standards when the supplier fills in the data, the attribute standards of the digital delivery service unit, and the attribute standards of the builder.

[0038] In order to ensure the consistency and integrity of the digital delivery standard (attribute field) and the benchmark (equipment position number, equipment classification), the EM data delivery method for improving data delivery quality in this embodiment also includes a process in which the digital delivery platform monitors the progress of each supplier filling in the EM data. With this arrangement, the digital delivery platform can monitor the delivery progress of each supplier at any time, thereby ensuring the integrity of the attribute values ​​in the owner's equipment management system. For example, the digital delivery platform can monitor the digital delivery progress of each supplier by reading the EM data filling quality report.

[0039] According to actual needs, in order to ensure the quality of equipment number delivery during the digital delivery process, the EM data delivery method for improving data delivery quality in this embodiment also includes a process of processing the equipment number when the supplier fills in the data, the equipment number of the digital delivery service unit, and the equipment number of the builder to maintain consistency and integrity.

[0040] Similarly, the EM data delivery method for improving data delivery quality in this embodiment also includes a process of processing the equipment classification when the supplier fills in the data, the equipment classification of the digital delivery service unit, and the equipment classification of the builder to maintain consistency.

[0041] Although the preferred embodiments of the present invention are described in detail above, it should be clearly understood that various modifications and variations are possible for those skilled in the art. Any modification, equivalent substitution, improvement, etc. made within the spirit and principle of the present invention shall be included in the protection scope of the present invention.

Claims

1. An EM data delivery method for improving data delivery quality, characterized in that: The steps include: Step 1: The construction party sends the EM data template to be filled to the digital delivery service unit; wherein the EM data template to be filled contains at least the equipment number, equipment classification and attribute parameters; Step 2: The digital delivery service unit exports attribute parameters from the EM data template to be filled sent by the builder through the digital delivery platform; Step 3, the digital delivery service unit fills in the EM data template to be filled provided by the builder with the stored EM data according to the exported attribute parameters, so as to form a primary EM data template file; wherein the stored EM data of the digital delivery service unit is provided by the supplier; Step 4: The digital delivery platform generates an EM data filling quality report corresponding to the primary EM data template file based on the filling status of the primary EM data template file; Step 5: The digital delivery service unit conducts reverse inspection of the supplier's EM data filling according to the EM data filling quality report. At the same time, the digital delivery service unit improves the attribute standards in the digital delivery platform and improves the consistency between the supplier's equipment number, equipment classification and the equipment number and equipment classification in the primary EM data template file; Step 6: The supplier sends the completed EM data to the digital delivery platform again; Step 7: The digital delivery service unit automatically fills in the EM data sent by the supplier to the digital delivery platform again into the primary EM data template file to form a final EM data template file, and sends the final EM data template file to the builder.

2. The EM data delivery method for improving data delivery quality according to claim 1, characterized in that: In step 7, when the digital delivery service unit determines that the EM data filling quality report of the primary EM data template file that is filled in again meets the preset conditions, a final EM data template file is formed and sent to the builder.

3. The EM data delivery method for improving data delivery quality according to claim 2, characterized in that: The EM data template to be filled contains the equipment number entered by the builder and the attribute parameters of the category to which each equipment number belongs.

4. The EM data delivery method for improving data delivery quality according to any one of claims 1 to 3, characterized in that: It also includes the process of synchronously updating the attribute standards of the supplier when filling in data, the attribute standards of the digital delivery service unit, and the attribute standards of the builder.

5. The EM data delivery method for improving data delivery quality according to any one of claims 1 to 3, characterized in that: It also includes the process of processing the equipment number when the supplier fills in the data, the equipment number of the digital delivery service unit, and the equipment number of the builder to maintain consistency and integrity.

6. The EM data delivery method for improving data delivery quality according to claim 5, characterized in that: It also includes the process of processing the equipment classification when the supplier fills in the data, the equipment classification of the digital delivery service unit, and the equipment classification of the builder to maintain consistency.

7. The EM data delivery method for improving data delivery quality according to any one of claims 1 to 3, characterized in that: It also includes the process in which the digital delivery platform monitors the progress of each supplier filling in EM data.

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