Machine room intelligent label visual management device

Abstract

The invention relates to a machine room intelligent label visual management device, which comprises an intelligent cable, an intelligent label, a handheld terminal and a cable data information management platform, and is characterized in that the intelligent cable is formed by adding a plastic optical fiber into a common network cable; the intelligent labels are installed at the two ends of the intelligent cable and are ultrahigh-frequency visible light labels. The handheld terminal is responsible for reading label data of the intelligent label and exciting the intelligent label, so that operation and maintenance personnel can conveniently check and find the position of the intelligent label at the other end corresponding to the intelligent cable; the cable data information management platform is installed in a machine room server and is responsible for data processing, including storage of data corresponding to a cable and information input and modification. The method has the advantages of being simple in structure, achieving quick searching and positioning and improving operation and maintenance efficiency.

Description

Technical Field

[0001] The invention belongs to the technical field of computer room cable management, and in particular relates to a computer room intelligent label visualization management device. Background Art

[0002] Difficulty in finding cables, slow cable finding and high costs are the pain points that network operation and maintenance personnel have always found difficult to solve, from small enterprise computer rooms to large data center computer rooms. Especially with the rapid development of intelligent information application construction and the continuous increase of information terminal equipment, how to realize intelligent operation and maintenance and ensure the normal data transmission of system applications has become the key; with the acceptance of monitoring business, the production monitoring command center currently has 113 computer rooms and 1202 computer rooms. The network cables and optical fibers (hereinafter collectively referred to as "cables") in the computer rooms also have the problems of difficulty in finding cables, slow cable finding and high costs; traditional cable operation and maintenance methods are mainly through cable finders, electronic patch panels, etc. The former has low cost and low cable finding efficiency, while the latter is expensive, fast cable finding and poor stability, which are not conducive to improving cable operation and maintenance efficiency; therefore, it is very necessary to provide a computer room intelligent label visualization management device with simple structure, fast search and positioning, and improved operation and maintenance efficiency. Summary of the invention

[0003] 1. Technical issues In view of the above-mentioned existing technical status, this application mainly addresses the following technical problems: 1. The network cables and optical fibers in the computer room are difficult to find, slow to find, and costly; 2. Traditional cable operation and maintenance methods such as cable finders and electronic patch panels have problems such as low cable finding efficiency, high cost, and poor stability, which is not conducive to improving cable operation and maintenance efficiency.

[0004] (II) Technical solution The purpose of the present invention is to overcome the deficiencies of the prior art and to provide a computer room intelligent label visualization management device which has a reasonable structure, is easy to operate and use, and reduces pain.

[0005] The objective of the present invention is achieved as follows: a computer room smart label visualization management device, which includes a smart cable, a smart label, a handheld terminal and a cable data information management platform, wherein the smart cable is formed by adding a plastic optical fiber to an ordinary network cable; the smart labels are installed at both ends of the smart cable, and the smart labels are ultra-high frequency visible light labels; the handheld terminal is responsible for reading the label data of the smart label and stimulating the smart label, so as to facilitate operation and maintenance personnel to view and find the location of the smart label at the other end of the smart cable; the cable data information management platform is installed in the computer room server, which is responsible for data processing, including: storage of data corresponding to the cable and information entry and modification.

[0006] Furthermore, the ultra-high frequency visible light tag includes an RFID chip and a light-emitting module; the RFID chip is an ultra-high frequency RFID chip with a frequency above 30 MHz.

[0007] Furthermore, the ultra-high frequency visible light tag adopts a PET10010 type luminous tag; the RFID chip adopts a KX2005X-BL type chip and supports the ISO18000-6C protocol.

[0008] Furthermore, the handheld terminal includes a mobile terminal and an UHF scanner; the UHF scanner is used to read RFID chip information and stimulate the RFID chip, thereby activating the light-emitting module of the UHF visible light tag by enabling the UHF visible light tag to receive a corresponding signal.

[0009] Furthermore, the handheld terminal adopts a HS120S UHF intelligent RFID handheld card reader integrated terminal with a card reading distance of 0 to 5 meters.

[0010] (III) Beneficial effects 1. RFID light-emitting tags are installed at both ends of the intelligent cable and the information is recorded in the cable data information management platform. After the cable to be found is determined by the handheld terminal at one end, the tag can be illuminated at the other end to achieve quick search; 2. A visual model is designed on the handheld terminal, and the information of each cable can be viewed and managed through accounts with different permissions. Operation and maintenance personnel can also quickly locate the relationship between the two ends of the cable through the handheld terminal; 3. Propose an intelligent network cable that supports the function of fast line search without unplugging the line, which can support the construction of new cables in the computer room or replacement of cables on demand, and improve the demand for fast line search in subsequent operation and maintenance work; 4. A cable visualization management technology based on smart labels is proposed. After confirming both ends of the cable, the ordinary labels are upgraded to smart labels, and the information is entered into the management device. The network cable can be quickly found through a handheld terminal without unplugging the cable. BRIEF DESCRIPTION OF THE DRAWINGS

[0011] Figure 1 It is the overall structural block diagram of the present invention.

[0012] Figure 2 It is a structural block diagram of the smart label of the present invention.

[0013] Figure 3 It is a structural block diagram of the handheld terminal of the present invention. DETAILED DESCRIPTION

[0014] The main work of the present invention is to develop a visible light rapid line patrol and intelligent label visualization management device to achieve rapid positioning of the corresponding relationship between the two ends of the cable without replacing the original cable and without interrupting the network to which the cable is connected.

[0015] The present invention is further described below in conjunction with embodiments and / or drawings. Example

[0016] like Figure 1-3 As shown, a computer room smart label visualization management device includes a smart cable, a smart label, a handheld terminal and a cable data information management platform, wherein the smart cable is formed by adding a plastic optical fiber to an ordinary network cable; the smart labels are installed at both ends of the smart cable, and the smart labels are ultra-high frequency visible light labels; the handheld terminal is responsible for reading the label data of the smart label and stimulating the smart label, so as to facilitate operation and maintenance personnel to view and find the location of the smart label at the other end of the smart cable; the cable data information management platform is installed in the computer room server and is responsible for data processing, including: storage of data corresponding to the cable and information entry and modification.

[0017] In the present invention, a technology for rapid line inspection and intelligent label visualization management of cables (network cables, optical fibers) based on visible light is proposed. ① When it is necessary to replace cables, ordinary cables are directly replaced with intelligent cables of the present invention, which is convenient for subsequent rapid line inspection management. After replacement, intelligent labels are directly upgraded at both ends of the cables; ② When it is not necessary to replace cables, ordinary labels are upgraded to intelligent labels after confirming both ends of the line, and then the visible light labels are scanned by holding a handheld terminal with a specific APP installed. According to the prompt, the label to be found is selected, and the label is scanned. The label at the other end of the network cable will flash, thereby quickly locating the positions of the two ends of the cable, which is beneficial to cable operation and maintenance, management and statistical data, and reduces unnecessary manpower expenditure.

[0018] The present invention is a visual management device for intelligent labels in a computer room. During use, the device of the present invention can replace the original cables as needed to maintain an efficient working state. It only needs to upgrade the cable labels to visible light labels, enter data into the labels, use a handheld device to send a radio frequency signal to the RFID electronic label, activate the corresponding electronic label to make it glow, and make it easier for operation and maintenance personnel to find the corresponding points, realize intelligent cable management and operation and maintenance, and quickly find the location of the other end of the cable, greatly improving the work efficiency of the operation and maintenance personnel. The present invention has the advantages of simple structure, rapid search and positioning, and improved operation and maintenance efficiency. Example

[0019] like Figure 1-3As shown, a computer room smart label visualization management device includes a smart cable, a smart label, a handheld terminal and a cable data information management platform, wherein the smart cable is formed by adding a plastic optical fiber to an ordinary network cable; the smart labels are installed at both ends of the smart cable, and the smart labels are ultra-high frequency visible light labels; the handheld terminal is responsible for reading the label data of the smart label and stimulating the smart label, so as to facilitate operation and maintenance personnel to view and find the location of the smart label at the other end of the smart cable; the cable data information management platform is installed in the computer room server and is responsible for data processing, including: storage of data corresponding to the cable and information entry and modification.

[0020] In the present invention, the design of the intelligent network cable that supports the fast line patrol function mainly applies the fiber optic light guiding technology. A plastic optical fiber is added to the network cable. In the subsequent line-finding process, a special light source can be injected at one end, and the light source can be observed by the naked eye at the other end, so that the required cable port can be quickly found without unplugging the network cable.

[0021] The ultra-high frequency visible light tag comprises an RFID chip and a light-emitting module; the RFID chip is an ultra-high frequency RFID chip with a frequency above 30 MHz.

[0022] The ultra-high frequency visible light tag adopts a PET10010 luminous tag; the RFID chip adopts a KX2005X-BL chip and supports the ISO18000-6C protocol.

[0023] In the present invention, the visible light tag is an ultra-high frequency RFID tag, which is passive. The data is read and the light is activated by a handheld terminal of the operation and maintenance personnel. The frequency of the ultra-high frequency is above 30MHz, which has no effect on the normal operation of the network cables, optical fibers and devices in the computer room. Visible light tag excitation and line search based on UHF: Based on UHF RFID technology, a handheld terminal is constructed by attaching a UHF scanner to a mobile terminal. After the handheld terminal reads the content at one end of the network cable, the information and location of the other end of the line will be displayed on the terminal. When the staff arrives near the other end, the scanner will activate the corresponding RFID chip and light-emitting module inside the tag to help the staff quickly find the required line. Its detailed functions are as follows: ① Upstream and downstream query: By scanning the visible light label of the cable, the upstream and downstream jumper and bridge information of the corresponding cable connection can be displayed on the handheld terminal, and the other end of the cable to be found can be further found by querying the upstream and downstream relationship.

[0024] ②Query the upstream and downstream relationships based on the devices connected to the cables.

[0025] ③Query upstream and downstream relationships based on the information management platform.

[0026] ④Query the corresponding equipment information according to the maintenance content of the operation and maintenance personnel.

[0027] ⑤ Generate a relationship tree diagram of network cables, jumpers, bridges, etc.

[0028] ⑥The designated tag flashes when receiving information from the handheld terminal.

[0029] ⑦ Build a network port information correspondence model to form a digital twin management mode, which makes the cable information clear at a glance, improves the work efficiency of operation and maintenance personnel, and forms an electronic, intelligent, and information-based management model.

[0030] ⑧ Equipment usage: The start time and end time of the line-hunting equipment, the port information of the line-hunting equipment and other records will be stored in the data management platform for later query and sorting.

[0031] ⑨Forward query (query the asset information of the equipment connected to the cable on site).

[0032] ⑩ Reverse query (off-site query of devices based on device keywords and achieve precise positioning).

[0033] 11The web page can query and export device-related information, while the handheld terminal can only query device information in one direction.

[0034] The handheld terminal includes a mobile terminal and an UHF scanner; the UHF scanner is used to read RFID chip information and stimulate the RFID chip, and activate the light-emitting module of the UHF visible light tag by making the UHF visible light tag receive the corresponding signal.

[0035] The handheld terminal adopts the HS120S UHF intelligent RFID handheld card reader integrated terminal with a card reading distance of 0~5 meters.

[0036] In the present invention, the APP on the handheld terminal is responsible for reading the tag data and activating the tag, which makes it convenient for operation and maintenance personnel to view and find the location of the tag corresponding to the other end of the network cable. The handheld terminal is composed of an Android mobile phone (mobile terminal) and an ultra-high frequency scanner, which activates the visible light tag light by enabling the visible light tag to receive the corresponding signal.

[0037] The invention discloses a visible light fast line patrol and intelligent label visualization management device composed of a cable data information management platform, a handheld terminal, an intelligent label, and an intelligent cable; first, the operation and maintenance personnel enter the connection relationship between the upper and lower ends of each intelligent cable into the cable data information management platform, and the management platform then matches the node data corresponding to the intelligent cable to the relevant visible light label (intelligent label); when searching for the line, the operation and maintenance personnel only need to scan the corresponding visible light label through a handheld terminal device installed with an APP, and the connection relationship and other information of the intelligent cable information point corresponding to the visible light label can be displayed, and the upper and lower connection relationship of the information can also be seen, so that the operation and maintenance personnel can find the other end of the network cable corresponding to the network cable. If they want to find the upper connection of a certain information point, they only need to select the upper connection on the APP, and the handheld terminal will display the range of the computer room where the upper connection is located, and then the operation and maintenance personnel scan near it, and the visible light label corresponding to the other end of the network cable will flash, so as to quickly find the relationship between the upper and lower connections of the information point.

[0038] The present invention is a visual management device for intelligent labels in a computer room. During use, the device of the present invention can replace the original cables as needed to maintain an efficient working state. It only needs to upgrade the cable labels to visible light labels, enter data into the labels, use a handheld device to send a radio frequency signal to the RFID electronic label, activate the corresponding electronic label to make it glow, and make it easier for operation and maintenance personnel to find the corresponding points, realize intelligent cable management and operation and maintenance, and quickly find the location of the other end of the cable, greatly improving the work efficiency of the operation and maintenance personnel. The present invention has the advantages of simple structure, rapid search and positioning, and improved operation and maintenance efficiency.

Claims

1. A computer room intelligent label visualization management device, which includes intelligent cables, intelligent labels, handheld terminals and cable data information management platform, characterized in that: The smart cable is formed by adding a plastic optical fiber to an ordinary network cable; the smart tags are installed at both ends of the smart cable, and the smart tags are ultra-high frequency visible light tags; the handheld terminal is responsible for reading the tag data of the smart tag and stimulating the smart tag, so that the operation and maintenance personnel can check and find the location of the smart tag at the other end of the smart cable; The cable data information management platform is installed in the server in the computer room and is responsible for data processing, including: storage of data corresponding to the cables and information entry and modification.

2. A computer room intelligent label visualization management device as claimed in claim 1, characterized in that: The ultra-high frequency visible light tag comprises an RFID chip and a light-emitting module; the RFID chip is an ultra-high frequency RFID chip with a frequency above 30 MHz.

3. A computer room intelligent label visualization management device as claimed in claim 2, characterized in that: The ultra-high frequency visible light tag adopts a PET10010 luminous tag; the RFID chip adopts a KX2005X-BL chip and supports the ISO18000-6C protocol.

4. A computer room intelligent label visual management device as claimed in claim 2, characterized in that: The handheld terminal includes a mobile terminal and an UHF scanner; the UHF scanner is used to read RFID chip information and stimulate the RFID chip, and activate the light-emitting module of the UHF visible light tag by making the UHF visible light tag receive the corresponding signal.

5. A computer room intelligent label visual management device as claimed in claim 4, characterized in that: The handheld terminal adopts the HS120S UHF intelligent RFID handheld card reader integrated terminal with a card reading distance of 0~5 meters.

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