Parameter collection and correction system for production and processing of power control equipment

Abstract

The invention discloses a parameter collection and correction system for production and processing of power control equipment, and particularly relates to the field of parameter correction of power equipment, and the system comprises a detection unit which comprises a parameter module used for recording a product model and a product parameter corresponding to the product model. The parameter module is electrically connected with a monitoring module used for obtaining the product model, the monitoring module is electrically connected with a detection module used for detecting whether product parameters correspond to the product model or not, and the detection module is electrically connected with a recording module used for recording work logs and a correction unit used for correcting products. And the correction unit comprises an acquisition module for acquiring a product model. According to the method, the product parameter modification permission is obtained through the permission module, the product parameters can be modified through the editing module, then the product parameters and the product models are correspondingly evaluated through the evaluation module, whether the product models correspond to the product parameters or not is checked, and therefore it can be guaranteed that manual parameter modification is more accurate.

Description

Technical Field

[0001] The present invention relates to the field of power equipment parameter correction, and in particular to a parameter collection and correction system for production and processing of power control equipment. Background Art

[0002] In the production and processing of power control equipment, the parameter collection and correction system is an important means to ensure product quality and reliability. The parameter collection and correction system for the production and processing of power control equipment integrates a variety of sensors, data acquisition and processing units, central control systems and communication networks to achieve comprehensive monitoring and automatic correction of the production process, thereby ensuring product quality while improving production efficiency and reliability. When the existing correction system is working, the staff usually uses the correction system to perform corresponding detection according to the product model and modify the parameters of the products that do not correspond to the product parameters. Although this can greatly increase the number of operators, that is, regardless of whether the staff understands the product parameters and models, they can perform corrections through the correction system. However, when the correction is performed, if there is a problem with the internal hardware of the product, the corresponding parameters will also be disordered. Therefore, a parameter collection and correction system for the production and processing of power control equipment is needed to solve the above problems. Summary of the invention

[0003] The purpose of the present invention is to solve the shortcomings existing in the prior art. When the existing correction system is working, the staff usually performs corresponding detection according to the product model through the correction system, and modifies the parameters of the product that does not correspond to the product parameters. Although the number of operators can be greatly increased, that is, the staff who understands the product parameters and models or not can perform correction through the correction system, but when the correction is performed, if there is a problem with the internal hardware of the product, the corresponding parameters will also be disordered. A parameter collection and correction system for the production and processing of power control equipment is proposed.

[0004] In order to achieve the above object, the present invention adopts the following technical solutions:

[0005] A parameter collection and correction system for production and processing of power control equipment, comprising a detection unit, the detection unit comprising a parameter module for recording a product model and product parameters corresponding to the product model, the parameter module being electrically connected to a monitoring module for acquiring the product model, the monitoring module being electrically connected to a detection module for detecting whether the product parameters and the product model correspond, the detection module being electrically connected to a recording module for recording a work log and a correction unit for correcting the product, the correction unit comprising an acquisition module for acquiring the product model, the acquisition module being electrically connected to an adaptation module for adapting product parameters according to the product model, the adaptation module being electrically connected to a correction module for correcting product parameters, the correction module being electrically connected to an analysis module for analyzing whether the product model and the product parameters correspond, the analysis module being electrically connected to an alarm module for prompting, the alarm module being electrically connected to a display module for displaying the product model and the product parameters, the display module being electrically connected to an interaction module for human-computer interaction, the interaction module being electrically connected to an editing module for editing product parameters, the analysis module being electrically connected to a recording module, and the editing unit being electrically connected to the recording module.

[0006] The present invention is further configured as follows: the parameter module records and stores product models and corresponding product parameters, the monitoring module monitors the produced products and obtains the specific models of the products, the detection module detects the specific parameters of the products and analyzes them with the product models monitored by the monitoring module to analyze whether the product models correspond to the product parameters.

[0007] The present invention is further configured as follows: when the detection module detects that the product model and the product parameters correspond to each other, the recording module records the work log detected by the single product and records the detection time; when the detection module detects that the product model and the product parameters do not correspond to each other, the correction unit corrects the product parameters, and the recording module records the detection and correction work log of the single product.

[0008] The present invention is further configured as follows: the acquisition module acquires the specific model of the product, and the adaptation module queries the product model acquired by the acquisition module to adapt the corresponding product parameters, the correction module performs parameter correction on the product being tested according to the product parameters acquired by the adaptation module, and then the analysis module analyzes the product parameters and models.

[0009] The present invention is further configured as follows: when the product after correction corresponds to the parameters, the recording module records the correction work log; when the product after correction does not correspond to the parameters, the alarm module generates an alarm instruction and issues an alarm instruction; after receiving the alarm instruction, the display module displays the product model and product parameters, and displays an interactive window; the staff re-edits the product parameters through the editing unit by the interactive module.

[0010] The present invention is further configured as follows: the editing unit includes a permission module for obtaining permission to modify product parameters, the permission module is electrically connected to an editing module for parameter editing, the editing module is electrically connected to an evaluation module for evaluating whether the product model and various parameter data are qualified, and the evaluation module is electrically connected to the recording module.

[0011] The present invention is further configured as follows: the permission module obtains the permission to modify product parameters, and the editing module performs data editing on the parameters of the product; the evaluation module evaluates the product after the parameters are edited to evaluate whether the various parameters are in compliance; when the various parameters of the product are in compliance with the product model, the recording module records the work log; when the various parameters of the product are not in compliance with the product model, the product parameters are re-edited through the editing module; when the product parameters are edited multiple times and none of them are in compliance, the product is taken out for unified processing, and the recording module records the work log.

[0012] The present invention is further configured as follows: the specific operation of the detection unit includes the following steps:

[0013] S1. The product is electrically connected to the detection module and tested. The specific model of the product is monitored by the monitoring module. At the same time, the parameter module records and stores various product models and corresponding product parameters;

[0014] S2. Obtain the corresponding data through the acquisition module, and calibrate the product parameters through the correction module. At the same time, analyze whether the product parameters correspond to the product model according to the analysis module, and also edit the product parameters through the interaction module.

[0015] The present invention is further configured as follows: in step S1:

[0016] 1) The product is electrically connected to the detection module. The detection module obtains the specific model of the product through the monitoring module, and at the same time performs detection according to the product model and parameters set in the parameter module to detect whether the product model corresponds to the product model;

[0017] 2) When the product model corresponds to the product parameters, the recording module records the work log;

[0018] 3) When the product model does not correspond to the product parameters, the correction module will correct the product parameters, and the recording module will record the work log after the correction is completed.

[0019] The present invention is further configured as follows: in step S2:

[0020] 1) The acquisition module obtains the specific model of the product, and the adaptation module queries the product model to adapt the corresponding product parameters, and the parameters of the product are corrected by the correction module. Then the analysis module analyzes the product parameters and models;

[0021] 2) When the product model and product parameters correspond, the recording module records the work log of the correction unit. When the product model and product parameters do not correspond, the alarm module issues an alarm command, and the alarm is displayed through the display module. At the same time, the display module displays the product model and product parameters;

[0022] 3) The interactive module realizes human-computer interaction, and the staff edits the product parameters through the editing unit;

[0023] 4) The permission module obtains the permission to modify product parameters. The staff modifies the product parameters through the editing module and evaluates the product through the evaluation module to see whether the product parameters are consistent with the product model. When the product parameters are consistent with the product model, the recording module records the work log. When the product parameters do not meet the product model, the editing module re-edits the product parameters.

[0024] 5) When the product parameters are not met after multiple edits, the products are taken out for unified processing, and the recording module records the work log.

[0025] The beneficial effects of the present invention are:

[0026] The present invention records and stores product models and corresponding product parameters through a parameter module. The staff sets various products and product parameters corresponding to the products and saves them in the parameter module, which can greatly increase the detection range of the products. The detected product model is obtained through the monitoring module. The monitoring module obtains the specific model of the product through image recording, and detects whether the specific parameters of the product correspond to the product model through the detection module, so that the detected products corresponding to the product parameters and product models can be quickly screened out. At the same time, the work log detected by a single product is recorded through the recording module, so that it is convenient for the staff to query later. When the detection module detects that the product model and the product parameters do not correspond to each other, the product parameters are corrected through the correction unit, and the correction work log of a single product is recorded through the recording module. The correction unit can correct the product parameters, so that the product parameters and product models can be quickly made to correspond to each other, and the recording module is convenient for querying the correction work log. The specific model of the product is obtained through the acquisition module, and the product parameters corresponding to the product model are queried through the adaptation module. The product parameters can be corrected through the correction module. Modification, and then analysis through the analysis module can ensure that the modified product parameters and product models correspond to each other. For products whose product models do not correspond to the product parameters after correction by the correction module, an alarm instruction is issued through the alarm module, so that the staff can be reminded to deal with it quickly, and the alarm instruction is displayed through the display module, so that the staff can be reminded through the display module. At the same time, the interactive module can enable the staff to modify the product parameters through the display module. At the same time, the display module can quickly obtain product parameters and product models, so that the staff can modify the product parameters through the display module, obtain product parameter modification permissions through the permission module, and then modify the product parameters through the editing module. After that, the product parameters and product models are evaluated through the evaluation module to check whether the product model corresponds to the product parameters, so as to ensure that the manual modification of parameters is more accurate. After the parameters are modified, if the product parameters and product models do not correspond after evaluation by the evaluation module, they will return to the editing interface and be re-edited through the editing module. If the three product parameter modifications cannot be evaluated by the evaluation module, the products will be taken out and processed uniformly. BRIEF DESCRIPTION OF THE DRAWINGS

[0027] Figure 1 A schematic diagram of the system flow of a detection unit of a parameter collection and correction system for producing and processing a power control device in the present invention;

[0028] Figure 2 A schematic diagram of the system flow of a correction unit of a parameter collection and correction system for producing and processing a power control device in the present invention;

[0029] Figure 3The present invention is a schematic diagram of the system flow of an editing unit of a parameter collection and correction system for producing and processing power control equipment. DETAILED DESCRIPTION

[0030] The technical solutions in the embodiments of the present invention will be described clearly and completely below in conjunction with the drawings in the embodiments of the present invention. Obviously, the described embodiments are only part of the embodiments of the present invention, rather than all the embodiments.

[0031] like Figure 1-3 As shown, a parameter collection and correction system for the production and processing of power control equipment includes a detection unit, the detection unit includes a parameter module for recording product models and product parameters corresponding to the product models, the parameter module is electrically connected to a monitoring module for obtaining product models, the monitoring module is electrically connected to a detection module for detecting whether product parameters and product models correspond, the detection module is electrically connected to a recording module for recording work logs and a correction unit for correcting products, the correction unit includes an acquisition module for obtaining product models, the acquisition module is electrically connected to an adaptation module for adapting product parameters according to the product model, the adaptation module is electrically connected to a correction module for correcting product parameters, the correction module is electrically connected to an analysis module for analyzing whether product models and product parameters correspond, the analysis module is electrically connected to an alarm module for prompting, the alarm module is electrically connected to a display module for displaying product models and product parameters, the display module is electrically connected to an interaction module for human-computer interaction, the interaction module is electrically connected to an editing module for editing product parameters, the analysis module is electrically connected to the recording module, and the editing unit is electrically connected to the recording module;

[0032] The parameter module records and stores the product model and the corresponding product parameters. The monitoring module monitors the produced products and obtains the specific model of the products. The detection module detects the specific parameters of the products and analyzes them with the product model monitored by the monitoring module to analyze whether the product model corresponds to the product parameters.

[0033] When the detection module detects that the product model and product parameters correspond to each other, the recording module records the work log of the detection of the single product and records the detection time. When the detection module detects that the product model and product parameters do not correspond to each other, the correction unit corrects the product parameters, and the recording module records the detection and correction work log of the single product;

[0034] Through the above embodiment, the parameter module is used to record and store product models and corresponding product parameters. The staff sets various products and product parameters corresponding to the products and saves them in the parameter module, which can greatly increase the detection range of the products. The detected product model is obtained through the monitoring module. The monitoring module obtains the specific model of the product by means of image recording, and detects whether the specific parameters of the product correspond to the product model through the detection module, so that the detected products corresponding to the product parameters and product models can be quickly screened out. At the same time, the work log detected by a single product is recorded through the recording module, so that it is convenient for the staff to query it later. When the detection module detects that the product model and the product parameters do not correspond to each other, the product parameters are corrected through the correction unit, and the correction work log of a single product is recorded through the recording module. The correction unit can correct the parameters of the product, so that the product parameters and product models can be quickly made to correspond to each other, and the correction work log is convenient to query through the recording module;

[0035] The acquisition module acquires the specific model of the product, and the adaptation module queries the product model acquired by the acquisition module to adapt the corresponding product parameters. The correction module performs parameter correction on the product being tested according to the product parameters acquired by the adaptation module, and then the analysis module analyzes the product parameters and model;

[0036] Through the above embodiment, the specific model of the product is obtained through the acquisition module, and the product parameters corresponding to the product model are queried through the adaptation module. The product parameters can be corrected and modified through the correction module, and then analyzed through the analysis module to ensure that the modified product parameters correspond to the product model. For products whose product models do not correspond to the product parameters after correction by the correction module, an alarm instruction is issued through the alarm module, thereby reminding the staff to handle it quickly;

[0037] When the product after correction corresponds to the parameters, the recording module records the correction work log. When the product after correction does not correspond to the parameters, the alarm module generates an alarm instruction and issues an alarm instruction. After receiving the alarm instruction, the display module displays the product model and product parameters, and displays an interactive window. The staff re-edits the product parameters through the editing unit through the interactive module;

[0038] Through the above embodiment, the alarm instruction is displayed through the display module, so that the staff can be reminded through the display module. At the same time, the staff can modify the product parameters through the display module through the interactive module. At the same time, the product parameters and product models can be quickly obtained through the display module, so that the staff can modify the product parameters through the display module;

[0039] The editing unit includes a permission module for obtaining permission to modify product parameters, the permission module is electrically connected to an editing module for parameter editing, the editing module is electrically connected to an evaluation module for evaluating whether the product model and various parameter data are qualified, and the evaluation module is electrically connected to the recording module;

[0040] The permission module obtains the permission to modify product parameters, and the editing module edits the parameters of the product. The evaluation module evaluates the product after the parameters are edited to evaluate whether the parameters are in compliance. When the parameters of the product meet the product model, the recording module records the work log. When the parameters of the product do not meet the product model, the editing module re-edits the product parameters. When the product parameters do not meet the requirements after multiple edits, the product is taken out for unified processing, and the recording module records the work log.

[0041] Through the above embodiment, the permission to modify product parameters is obtained through the permission module, and then the product parameters can be modified through the editing module. After that, the product parameters and product models are evaluated through the evaluation module to check whether the product model corresponds to the product parameters, so as to ensure that the manual modification of parameters is more accurate. After the parameters are modified, if the product parameters and the product model do not correspond after evaluation by the evaluation module, the editing interface will be returned to re-edit through the editing module. If the three product parameter modifications cannot pass the evaluation by the evaluation module, the products will be taken out for unified processing;

[0042] The specific operation of the detection unit includes the following steps:

[0043] S1. The product is electrically connected to the detection module and tested. The specific model of the product is monitored by the monitoring module. At the same time, the parameter module records and stores various product models and corresponding product parameters;

[0044] S2. Obtain the corresponding data through the acquisition module, and calibrate the product parameters through the correction module. At the same time, analyze whether the product parameters correspond to the product model according to the analysis module, and also edit the product parameters through the interaction module.

[0045] In step S1:

[0046] 1) The product is electrically connected to the detection module. The detection module obtains the specific model of the product through the monitoring module, and at the same time performs detection according to the product model and parameters set in the parameter module to detect whether the product model corresponds to the product model;

[0047] 2) When the product model corresponds to the product parameters, the recording module records the work log;

[0048] 3) When the product model does not correspond to the product parameters, the correction module will correct the product parameters, and the recording module will record the work log after the correction is completed.

[0049] In step S2:

[0050] 1) The acquisition module obtains the specific model of the product, and the adaptation module queries the product model to adapt the corresponding product parameters, and the parameters of the product are corrected by the correction module. Then the analysis module analyzes the product parameters and models;

[0051] 2) When the product model and product parameters correspond, the recording module records the work log of the correction unit. When the product model and product parameters do not correspond, the alarm module issues an alarm command, and the alarm is displayed through the display module. At the same time, the display module displays the product model and product parameters;

[0052] 3) The interactive module realizes human-computer interaction, and the staff edits the product parameters through the editing unit;

[0053] 4) The permission module obtains the permission to modify product parameters. The staff modifies the product parameters through the editing module and evaluates the product through the evaluation module to see whether the product parameters are consistent with the product model. When the product parameters are consistent with the product model, the recording module records the work log. When the product parameters do not meet the product model, the editing module re-edits the product parameters.

[0054] 5) When the product parameters are not met after multiple edits, the products are taken out for unified processing, and the recording module records the work log.

[0055] Working principle: When the present invention is in use, the product is electrically connected to the detection module. The detection module obtains the specific model of the product through the monitoring module, and at the same time performs detection according to the product model and parameters set in the parameter module to detect whether the product model corresponds to the product model. When the product model does not correspond to the product parameters, the acquisition module obtains the specific model of the product, and the adaptation module queries the product model to adapt to the corresponding product parameters. The parameters of the correction module product are corrected, and then the analysis module analyzes the product parameters and model. When the product model corresponds to the product parameters, the recording module records the work log of the correction unit. When the product model does not correspond to the product parameters, the alarm module issues an alarm instruction, and the display module displays the alarm. Block alarm display, while the display module displays the product model and product parameters, the interactive module realizes human-computer interaction, the staff edits the product parameters through the editing unit, the authority module obtains the product parameter modification authority, the staff modifies the product parameters through the editing module, and evaluates the product through the evaluation module to see whether the product parameters are consistent with the product model. When the product parameters are consistent with the product model, the recording module records the work log. When the product parameters do not meet the product model, the editing module re-edits the product parameters. When the product parameters are edited multiple times and do not meet the requirements, the product is taken out for unified processing, and the recording module records the work log. When the product model corresponds to the product parameters, the recording module records the work log.

[0056] The above description is only a preferred specific implementation manner of the present invention, but the protection scope of the present invention is not limited thereto. Any technician familiar with the technical field can make equivalent replacements or changes according to the technical scheme and inventive concept of the present invention within the technical scope disclosed by the present invention, which should be covered by the protection scope of the present invention.

Claims

1. A parameter collection and correction system for the production and processing of power control equipment, characterized in that: The invention comprises a detection unit, wherein the detection unit comprises a parameter module for recording a product model and product parameters corresponding to the product model, the parameter module is electrically connected to a monitoring module for acquiring the product model, the monitoring module is electrically connected to a detection module for detecting whether the product parameters and the product model correspond, the detection module is electrically connected to a recording module for recording a work log and a correction unit for correcting the product, the correction unit comprises an acquisition module for acquiring the product model, the acquisition module is electrically connected to an adaptation module for adapting product parameters according to the product model, the adaptation module is electrically connected to a correction module for correcting product parameters, the correction module is electrically connected to an analysis module for analyzing whether the product model and the product parameters correspond, the analysis module is electrically connected to an alarm module for prompting, the alarm module is electrically connected to a display module for displaying the product model and product parameters, the display module is electrically connected to an interaction module for human-computer interaction, the interaction module is electrically connected to an editing module for editing product parameters, the analysis module is electrically connected to the recording module, and the editing unit is electrically connected to the recording module.

2. A parameter collection and correction system for the production and processing of power control equipment according to claim 1, characterized in that: The parameter module records and stores product models and corresponding product parameters. The monitoring module monitors the products produced to obtain specific models of the products. The detection module detects specific parameters of the products and analyzes them with the product models monitored by the monitoring module to analyze whether the product models correspond to the product parameters.

3. A parameter collection and correction system for the production and processing of power control equipment according to claim 2, characterized in that: When the detection module detects that the product model and product parameters correspond to each other, the recording module records the work log of the detection of the single product and records the detection time. When the detection module detects that the product model and product parameters do not correspond to each other, the correction unit corrects the product parameters, and the recording module records the detection and correction work log of the single product.

4. A parameter collection and correction system for the production and processing of power control equipment according to claim 3, characterized in that: The acquisition module acquires the specific model of the product, and the adaptation module queries the product model acquired by the acquisition module to adapt the corresponding product parameters. The correction module performs parameter correction on the product being tested according to the product parameters acquired by the adaptation module, and then the analysis module analyzes the product parameters and models.

5. A parameter collection and correction system for the production and processing of power control equipment according to claim 4, characterized in that: When the product and parameters after correction correspond, the recording module records the correction work log. When the product and parameters after correction do not correspond, the alarm module generates an alarm instruction and issues an alarm instruction. After receiving the alarm instruction, the display module displays the product model and product parameters, and displays an interactive window. The staff re-edits the product parameters through the editing unit through the interactive module.

6. A parameter collection and correction system for production and processing of power control equipment according to claim 1, characterized in that: The editing unit includes a permission module for obtaining permission to modify product parameters. The permission module is electrically connected to an editing module for parameter editing. The editing module is electrically connected to an evaluation module for evaluating whether the product model and various parameter data are qualified. The evaluation module is electrically connected to a recording module.

7. A parameter collection and correction system for the production and processing of power control equipment according to claim 6, characterized in that: The permission module obtains the permission to modify product parameters, and the editing module edits the data of the product parameters. The evaluation module evaluates the product after the parameters are edited to evaluate whether the parameters are in compliance. When the parameters of the product are in compliance with the product model, the recording module records the work log. When the parameters of the product do not meet the product model, the editing module re-edits the product parameters. When the product parameters are edited multiple times and do not meet the requirements, the product is taken out for unified processing, and the recording module records the work log.

8. The parameter collection and correction system for the production and processing of power control equipment according to claim 1 is characterized in that: The specific operation of the detection unit includes the following steps: S1. The product is electrically connected to the detection module and tested. The specific model of the product is monitored by the monitoring module. At the same time, the parameter module records and stores various product models and corresponding product parameters; S2. Obtain the corresponding data through the acquisition module, and calibrate the product parameters through the correction module. At the same time, analyze whether the product parameters correspond to the product model according to the analysis module, and also edit the product parameters through the interaction module.

9. A parameter collection and correction system for the production and processing of power control equipment according to claim 8, characterized in that: In step S1: 1) The product is electrically connected to the detection module. The detection module obtains the specific model of the product through the monitoring module, and at the same time performs detection according to the product model and parameters set in the parameter module to detect whether the product model corresponds to the product model; 2) When the product model corresponds to the product parameters, the recording module records the work log; 3) When the product model does not correspond to the product parameters, the correction module will correct the product parameters, and the recording module will record the work log after the correction is completed.

10. A parameter collection and correction system for production and processing of power control equipment according to claim 8, characterized in that: In step S2: 1) The acquisition module obtains the specific model of the product, and the adaptation module queries the product model to adapt the corresponding product parameters, and the parameters of the product are corrected by the correction module. Then the analysis module analyzes the product parameters and models; 2) When the product model and product parameters correspond, the recording module records the work log of the correction unit. When the product model and product parameters do not correspond, the alarm module issues an alarm command, and the alarm is displayed through the display module. At the same time, the display module displays the product model and product parameters; 3) The interactive module realizes human-computer interaction, and the staff edits the product parameters through the editing unit; 4) The permission module obtains the permission to modify product parameters. The staff modifies the product parameters through the editing module and evaluates the product through the evaluation module to see whether the product parameters are consistent with the product model. When the product parameters are consistent with the product model, the recording module records the work log. When the product parameters do not meet the product model, the editing module re-edits the product parameters. 5) When the product parameters are not met after multiple edits, the products are taken out for unified processing, and the recording module records the work log.

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