CN104240009A - Method for managing wiring relation by bar code combination - Google Patents

Abstract

The invention discloses a method for managing a wiring relation by a bar code combination. The method comprises the following steps that first, a machine room wiring resource management system is used for managing corresponding wiring modules, equipment, corresponding terminals and ports, and all the wiring terminals are coded; second, the terminals at the two ends of a wire harness or the codes of the terminals are printed to form new bar codes, and the wire harness is identified in a combined bar code mode; third, up-to-date wiring relation data are downloaded through a smart terminal, the terminals at the two ends are scanned on the spot to form verification with the bar code of the wire harness, so that a wiring working process is completed, closed-loop management is formed, and omission of wiring work is avoided.

Description

A Method of Using Barcode Combination to Manage Wiring Relationship

technical field

The invention relates to a method for managing wiring relationship by using barcode combination.

Background technique

The power communication room wiring system mainly includes optical fiber wiring, audio wiring, digital wiring, and network wiring, etc., and plays an important role in connecting important businesses such as security control, relay protection, automation, and information. With the development of communication construction, the number of wiring system modules in the computer room is huge, and the maintenance work is heavy. The wiring connection relationship between equipment and wiring terminals is maintained by traditional manual transcription, which has poor accuracy and low efficiency. It is easy to cause data inconsistency, missing records and inconvenient search, thus delaying the judgment, analysis and processing of important business defects such as telephone and network, and seriously affecting the maintenance and management efficiency of equipment in the computer room.

Contents of the invention

The invention relates to a method for managing wiring relationships by using a barcode combination, which can realize rapid collection, generation and relationship search of wiring relationships, establish wiring work management norms, close-loop processes, reduce work omissions, and improve wiring maintenance information level of automation, intelligence and work efficiency.

The present invention adopts the following technical solutions: a method for managing wiring relationships using barcode combinations, which includes the following steps: Step 1: manage the corresponding wiring modules, equipment and their corresponding terminals and interfaces through the wiring resource management system in the computer room , to establish a code for each wiring terminal; step 2, print the codes of the terminals or terminals at both ends of the wiring to become a new barcode, and identify the wiring in the form of a combined barcode; step 3, download the latest wiring relationship through the smart terminal Data, scan the terminals at both ends and the barcode of the wiring itself to form a verification, thus completing the wiring workflow, forming a closed-loop management, and eliminating the omission of the wiring work.

The management process in the first step is:

Step A, perform a graphical virtual wiring operation on the wiring resource management system in the computer room, and at this time, each operation will record the content of the operation through the computer;

Step B, calling the operation content of each step in step A through the computer, forming an electronic work order and its work content details, and issuing the electronic work order;

Step C, use the handheld terminal device to regularly scan the signal to intervene in the working state, and try to communicate with the wireless network of the computer room wiring work;

Step D, judging whether the handheld terminal device has completed the computer room wiring work and wireless network access, if it has been connected, go to step E, if not, go to step C;

Step E, the handheld terminal device queries the server of the wiring resource management system for a work order through the wireless network of the computer room wiring work, to see if there is a wiring work order in the computer room, if there is a work order, go to step F, if not There is a work order, and you can wait for the work order to appear;

Step F: Download the electronic work order to the handheld terminal device;

Step G: According to the downloaded electronic work order and the operation in the work order, the wiring resource management system automatically prints the barcode label combination of the connection port barcodes at both ends of the wiring as a new wiring operation barcode;

Step H: After getting the barcode, the staff scans the operation barcode on the handheld terminal device, reads the operation work order and its operation, and selects an operation bar code according to the operation order of the work order;

Step I: According to the barcode selected in step H, scan the ports at both ends of the wiring to form an on-site barcode;

Step J: Complete the verification of the on-site barcode and the operation barcode by scanning the handheld terminal device, if the verification is passed, go to step K; if the verification is not passed, go to step I;

Step K: Paste or replace the barcode on the bottom of the wiring label;

Step L: Determine whether all internal operations of the work order are completed, if completed, go to step M, if not completed, go to step H;

Step M: The hand-held terminal device sends back the completion information of the work order to the wiring resource server through the wireless network.

In the step E, since the frequency of work orders is low, the period T can be set artificially, and a time period T can be waited after no work orders are found.

The present invention has the following beneficial effects: after adopting the above technical scheme, the present invention can form a new wiring barcode by pasting the barcodes at both ends of the wiring with the wiring label, and cooperate with the intelligent management terminal to complete the verification of wiring work, automatic relationship management and Identification method. Based on the barcode technology of the Internet of Things, the present invention can realize the rapid collection, generation and relationship search of wiring relationships, establish wiring work management specifications, close-loop processes, reduce work omissions, and improve the informatization, intelligence level and work efficiency of wiring maintenance , it not only improves the efficiency of equipment parameter collection, but also ensures the availability of inspection personnel and avoids data input errors.

Description of drawings

Fig. 1 is a flow chart of the management process of the computer room wiring resource management system of the present invention.

Detailed ways

In Fig. 1, a method of using a barcode combination to manage the wiring relationship of the present invention includes the following steps: Step 1, manage the corresponding wiring modules, equipment and their corresponding terminals and interfaces through the wiring resource management system in the computer room, Establish a code for each wiring terminal; step 2, print the codes of the terminals or terminals at both ends of the wiring to become a new barcode, and identify the wiring in the form of a combined barcode;

Step 3: Download the latest wiring relationship data through the smart terminal, scan the terminals at both ends and the barcode of the wiring itself for verification on site, so as to complete the wiring workflow, form a closed-loop management, and eliminate wiring work omissions.

Management process in step 1 of the present invention is:

Step A, perform a graphical virtual wiring operation on the wiring resource management system in the computer room, and at this time, each operation will record the content of the operation through the computer;

Step B, calling the operation content of each step in step A through the computer, forming an electronic work order and its work content details, and issuing the electronic work order;

Step C, use the handheld terminal device to regularly scan the signal to intervene in the working state, and try to communicate with the wireless network of the computer room wiring work;

Step D, judging whether the handheld terminal device has completed the computer room wiring work and wireless network access, if it has been connected, go to step E, if not, go to step C;

Step E, the handheld terminal device queries the server of the wiring resource management system for a work order through the wireless network of the computer room wiring work, to see if there is a wiring work order in the computer room, if there is a work order, go to step F, if not If there is a work order, you can wait for the work order to appear. In step E, due to the low frequency of work orders, you can manually set the time period T, and wait for a time period T after no work order is found. The time period is 1 day;

Step F: Download the electronic work order to the handheld terminal device;

Step G: According to the downloaded electronic work order and the operation in the work order, the wiring resource management system automatically prints the barcode label combination of the connection port barcodes at both ends of the wiring as a new wiring operation barcode;

Step H: After getting the barcode, the staff scans the operation barcode on the handheld terminal device, reads the operation work order and its operation, and selects an operation bar code according to the operation order of the work order;

Step I: According to the barcode selected in step H, scan the ports at both ends of the wiring to form an on-site barcode;

Step J: Complete the verification of the on-site barcode and the operation barcode by scanning the handheld terminal device, if the verification is passed, go to step K; if the verification is not passed, go to step I;

Step K: Paste or replace the barcode on the bottom of the wiring label;

Step L: Determine whether all internal operations of the work order are completed, if completed, go to step M, if not completed, go to step H;

Step M: The hand-held terminal device sends back the completion information of the work order to the wiring resource server through the wireless network.

Claims (3)

1. A method for managing wiring relationships using barcode combinations, comprising the following steps: Step 1: manage the corresponding wiring modules, equipment and their corresponding terminals and interfaces through the equipment room wiring resource management system, and establish codes for each wiring terminal; Step 2: Print the codes of the terminals or terminals at both ends of the wiring to become a new barcode, and identify the wiring in the form of a combined barcode; Step 3: Download the latest wiring relationship data through the smart terminal, scan the terminals at both ends and the barcode of the wiring itself for verification on site, so as to complete the wiring workflow, form a closed-loop management, and eliminate wiring work omissions. 2. The method according to claim 1, characterized in that the management process in the first step is as follows: Step A, perform a graphical virtual wiring operation on the wiring resource management system in the computer room, and at this time, each operation will record the content of the operation through the computer; Step B, calling the operation content of each step in step A through the computer, forming an electronic work order and its work content details, and issuing the electronic work order; Step C, use the handheld terminal device to regularly scan the signal to intervene in the working state, and try to communicate with the wireless network of the computer room wiring work; Step D, judging whether the handheld terminal device has completed the computer room wiring work and wireless network access, if it has been connected, go to step E, if not, go to step C; Step E, the handheld terminal device queries the server of the wiring resource management system for a work order through the wireless network of the computer room wiring work, to see if there is a wiring work order in the computer room, if there is a work order, go to step F, if not There is a work order, and you can wait for the work order to appear; Step F: Download the electronic work order to the handheld terminal device; Step G: According to the downloaded electronic work order and the operation in the work order, the wiring resource management system automatically prints the barcode label combination of the connection port barcodes at both ends of the wiring as a new wiring operation barcode; Step H: After getting the barcode, the staff scans the operation barcode on the handheld terminal device, reads the operation work order and its operation, and selects an operation bar code according to the operation order of the work order; Step I: According to the barcode selected in step H, scan the ports at both ends of the wiring to form an on-site barcode; Step J: Complete the verification of the on-site barcode and the operation barcode by scanning the handheld terminal device, if the verification is passed, go to step K; if the verification is not passed, go to step I; Step K: Paste or replace the barcode on the bottom of the wiring label; Step L: Determine whether all internal operations of the work order are completed, if completed, go to step M, if not completed, go to step H; Step M: The hand-held terminal device sends back the completion information of the work order to the wiring resource server through the wireless network. 3. The method of using barcode combination to manage wiring relationship according to claim 2, characterized in that in step E, due to the low frequency of work orders, the period T can be set artificially, and wait after no work orders are found. A period of time T.