NL2024418B1 - Intelligent asset management system - Google Patents

Intelligent asset management system Download PDF

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NL2024418B1
NL2024418B1 NL2024418A NL2024418A NL2024418B1 NL 2024418 B1 NL2024418 B1 NL 2024418B1 NL 2024418 A NL2024418 A NL 2024418A NL 2024418 A NL2024418 A NL 2024418A NL 2024418 B1 NL2024418 B1 NL 2024418B1
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asset
groove
module
information
asset information
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NL2024418A
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NL2024418A (en
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Liu Lei
Yan Xiaobo
Gao Jiansheng
Zhao Ping
Bai Song
Wang Tianshan
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Univ North China Science & Technology
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q10/00—Administration; Management
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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
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    • G06F1/181—Enclosures
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06K—GRAPHICAL DATA READING; PRESENTATION OF DATA; RECORD CARRIERS; HANDLING RECORD CARRIERS
    • G06K17/00—Methods or arrangements for effecting co-operative working between equipments covered by two or more of main groups G06K1/00 - G06K15/00, e.g. automatic card files incorporating conveying and reading operations
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N1/00—Scanning, transmission or reproduction of documents or the like, e.g. facsimile transmission; Details thereof
    • H04N1/00127—Connection or combination of a still picture apparatus with another apparatus, e.g. for storage, processing or transmission of still picture signals or of information associated with a still picture
    • H04N1/00326—Connection or combination of a still picture apparatus with another apparatus, e.g. for storage, processing or transmission of still picture signals or of information associated with a still picture with a data reading, recognizing or recording apparatus, e.g. with a bar-code apparatus
    • H04N1/00328—Connection or combination of a still picture apparatus with another apparatus, e.g. for storage, processing or transmission of still picture signals or of information associated with a still picture with a data reading, recognizing or recording apparatus, e.g. with a bar-code apparatus with an apparatus processing optically-read information
    • H04N1/00334—Connection or combination of a still picture apparatus with another apparatus, e.g. for storage, processing or transmission of still picture signals or of information associated with a still picture with a data reading, recognizing or recording apparatus, e.g. with a bar-code apparatus with an apparatus processing optically-read information with an apparatus processing barcodes or the like
    • H—ELECTRICITY
    • H04—ELECTRIC COMMUNICATION TECHNIQUE
    • H04N—PICTORIAL COMMUNICATION, e.g. TELEVISION
    • H04N1/00—Scanning, transmission or reproduction of documents or the like, e.g. facsimile transmission; Details thereof
    • H04N1/00519—Constructional details not otherwise provided for, e.g. housings, covers
    • H04N1/00557—Connection or assembly of components or elements

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Abstract

The present invention provides an intelligent asset management system. A two-dimensional code generation module generates a two-dimensional code from asset information about the same asset, the two-dimensional codes form an asset table together with the asset information, a two-dimensional code identification module effectively identifies the two-dimensional codes in the asset table after the two-dimensional codes in the asset table are entered by using a high-speed scanner, the asset information carried by the twodimensional code is identified and compared with two-dimensional code information in a data comparison module, the asset table photographed by the high-speed scanner is stored in a corresponding asset information storage module, and an asset information terminal is electrically connected to the asset information storage module, an asset information viewing module, and a hand-held verification apparatus, respectively. The first time an asset is managed and entered, information about the asset is checked and verified through the system, and the asset information is enabled to form a two-dimensional code so as to improve the working efficiency of subsequent asset verification.

Description

P34349NLO0/MKO Title: INTELLIGENT ASSET MANAGEMENT SYSTEM Technical Field The present invention relates to the technical field of asset management, and more particularly to an intelligent asset management system.
Background Art Currently, with the development of public resources of enterprises and the society, the number of various assets has also increased, and the assets are widely distributed and have strong mobility.
Although these assets can provide effective assistance for the development of the enterprises and the society, due to the wide distribution and strong mobility of the assets, it has brought great difficulties to asset management personnel during working.
As far as asset management in enterprises is concerned merely, asset management of enterprises is a wide ranging and long-lasting affair relating to a large amount of work.
The enterprise has a large number of asset management personnel for asset management, which leads to a relatively large expenditure in terms of the cost of personnel for the enterprise.
Therefore, there is a need of designing an intelligent asset management system so as to achieve the best asset management effect with the least personnel.
Summary of the Invention The invention overcomes the deficiencies in the prior art: asset management relates to a large amount of work, covers a wide range, lasts long, requires a large number of staffs, and is prone to errors.
Therefore, an intelligent asset management system is provided.
The first time an asset is managed and entered, information about the asset is checked and verified through the system, and the asset information is enabled to form a two-dimensional code so as to improve the working efficiency of subsequent asset verification.
The object of the present invention is achieved by the following technical solutions.
An intelligent asset management system comprises an asset information terminal, an asset information storage module, a two-dimensional code module, a data comparison module, an asset information entry module, an asset information viewing module, and a hand-held verification apparatus, wherein the asset information entry module comprises a data entry apparatus, a high-speed scanner, and a positioning plate which comprises a main plate body, a pull-out plate, and an anti-tip base, wherein a first groove is formed on the main plate body, a second groove is formed at an edge of the first groove on the top, and a boss is formed at an edge of the second groove; the pull-out plate is inserted into the second groove through the boss, the anti-tip base is installed in a middle portion on a side of the main plate body and comprises a
2. base body, an anti-tip groove, and a magnetic adsorption apparatus; the anti-tip groove is disposed in a middle portion of the base body and is provided with an anti-tip boss at an edge, and the high-speed scanner is inserted into the anti-tip groove through the anti-tip boss; the magnetic adsorption apparatus comprises an upper magnet buckle and a lower magnet strip, a magnet placement groove is formed on the base body on both sides of the anti-tip groove, the upper magnet buckle is placed in the magnet placement groove, and the lower magnet strip is built in the main body on a side; and the data entry apparatus is electrically connected to the high-speed scanner; and the two-dimensional code module comprises a two-dimensional code generation module which is built in an asset information entry terminal and a two-dimensional code identification module which is built in the high-speed scanner, wherein the two-dimensional code generation module generates a two-dimensional code from asset information about the same asset, the two-dimensional codes form an asset table together with the asset information, the two-dimensional code identification module effectively identifies the two-dimensional codes in the asset table after the two-dimensional codes in the asset table are entered by using the high-speed scanner, the asset information carried by the two-dimensional code is identified and compared with two-dimensional code information in the data comparison module, the asset table photographed by the high-speed scanner is stored in a corresponding asset information storage module, and the asset information terminal is electrically connected to the asset information storage module, the asset information viewing module, and the hand-held verification apparatus, respectively.
The first groove has a length of 297 mm and a width of 210 mm. The second groove has a length of 70-80 mm and a width of 100-110 mm, and is disposed at a distance of 8-12 mm from an edge of the main plate body.
A slope structure is used for bottom surfaces of the first groove and the second groove, that is, the depth of tail ends of the first groove and the second groove is higher than the depth of head ends, wherein the depth of the tail end is 2-3 mm and the depth of the head end is 1-2 mm.
The upper magnet buckle has a circular structure, a diameter of 10-20 mm, and a height of 3/2 to 4/3 of the depth of the magnet placement groove.
The lower magnet strip has the same length as that of the main plate body and a width of 6-10 mm.
The asset information entry terminal is an asset information entry computer.
The asset information viewing module merely provides the function of viewing, without the function of deleting or changing data information.
The hand-held verification apparatus is configured to read two-dimensional code information during asset verification, and the two-dimensional code information read is
23. entered into the data comparison module for comparison with and verification against asset data therein. The asset information comprises an asset name, an asset purchase time, an asset manufacturer, and an asset service life.
A positioning plate for the intelligent asset management system comprises a main plate body, a pull-out plate, and an anti-tip base, wherein a first groove is formed on the main plate body, a second groove is formed at an edge of the first groove on the top, and a boss is formed at an edge of the second groove; the pull-out plate is inserted into the second groove through the boss; the anti-tip base is installed in a middle portion on a side of the main plate body and comprises a base body, an anti-tip groove, and a magnetic adsorption apparatus; the anti-tip groove is disposed in a middle portion of the base body and is provided with an anti-tip boss at an edge, and the high-speed scanner is inserted into the anti-tip groove through the anti-tip boss; and the magnetic adsorption apparatus comprises an upper magnet buckle and a lower magnet strip, a magnet placement groove is formed on the base body on both sides of the anti-tip groove, the upper magnet buckle is placed in the magnet placement groove, and the lower magnet strip is built in the main body on a side.
The first groove has a length of 297 mm and a width of 210 mm. The second groove has a length of 70-80 mm and a width of 100-110 mm, and is disposed at a distance of 8-12 mm from an edge of the main plate body.
A slope structure is used for bottom surfaces of the first groove and the second groove, that is, the depth of tail ends of the first groove and the second groove is higher than the depth of head ends, wherein the depth of the tail end is 2-3 mm and the depth of the head end is 1-2 mm.
The upper magnet buckle has a circular structure, a diameter of 10-20 mm, and a height of 3/2 to 4/3 of the depth of the magnet placement groove.
The lower magnet strip has the same length as that of the main plate body and a width of 6-10 mm.
The present invention has the following beneficial effects: A two-dimensional code is generated by the two-dimensional code generation module from asset information about the same asset and marked on an asset information table; the two-dimensional codes appear on the table simultaneously after the asset information table is printed; the printed asset information table may be photographed and archived by the high- speed scanner, and two-dimensional code data in the archived asset information table is identified by the two-dimensional code identification module in the high-speed scanner; the identified information is compared with the original input data by the data comparison module; and if the result of comparison is consistent, the archived table is automatically stored into a corresponding asset information storage module in terms of the storage location information
-4- in the two-dimensional code, so as to avoid errors in storage of the achieved table due to the excess work of the personnel.
In the subsequent work of asset verification, the personnel, through the hand-held verification apparatus, aims at the two-dimensional codes in the asset information table attached onto a corresponding asset for scanning and identification; the identified asset information is compared with and verified against the asset data in the data comparison module again; and if consistent, the identified asset information passes, and if not, an error alarm is sent to the asset information terminal.
Since the printed tables are mostly of the same size as an A4 paper, the efficiency of photographing by the operator with the high-speed scanner is effectively improved by forming grooves of the same size on the positioning plate; likewise, a trimmed asset information table may also be photographed and archived by the high-speed scanner; and the efficiency and quality of photographing such documents can also be improved by forming grooves of corresponding size, so that a user is not required to manually adjust, according to the location of the high-speed scanner in use, the location of the document to be photographed; and the high-speed scanner is characterized by light weight and small volume after folding, so that it is easy to carry; however, it is also prone to tipping in use, so that the high-speed scanner is prevented from tipping effectively by disposing an anti-tip base at an edge of the main plate body.
The high- speed scanner is inserted into the anti-tip groove through the anti-tip boss, the base body can fix the high-speed scanner at the edge of the main plate body through the magnetic attraction effect of the upper magnet buckle and the lower magnet strip, and if the high-speed scanner is required to be moved, one only needs to remove the upper magnet buckle and move it to an appropriate location, and then place the upper magnet buckle into the magnet placement groove.
Brief Description of the Drawings Fig. 1 is a schematic structural diagram of the present invention; Fig. 2 is a schematic structural diagram of a positioning plate in the present invention; and in the figures: 1 denotes a main plate body, 2 denotes a pull-out plate, 3 denotes a first groove, 4 denotes a second groove, 5 denotes a boss, 6 denotes a base body, 7 denotes an anti-tip groove, 8 denotes an anti-tip boss, 9 denotes an upper magnet buckle, and 10 denotes a lower magnet strip.
Detailed Description of Embodiments The technical solutions of the present invention will be further described below through specific embodiments.
Embodiment 1
-5.
An intelligent asset management system comprises an asset information terminal, an asset information storage module, a two-dimensional code module, a data comparison module, an asset information entry module, an asset information viewing module, and a hand-held verification apparatus, wherein the asset information entry module comprises a data entry apparatus, a high-speed scanner, and a positioning plate which comprises a main plate body 1, a pull-out plate 2, and an anti-tip base, wherein a first groove 3 is formed on the main plate body 1, a second groove 4 is formed at an edge of the first groove 3 on the top, and a boss 5 is formed at an edge of the second groove 4; the pull-out plate 2 is inserted into the second groove 4 through the boss 5, the anti-tip base is installed in a middle portion on a side of the main plate body 1 and comprises a base body 6, an anti-tip groove 7, and a magnetic adsorption apparatus; the anti- tip groove 7 is disposed in a middle portion of the base body 6 and is provided with an anti-tip boss 8 at an edge, and the high-speed scanner is inserted into the anti-tip groove 7 through the anti-tip boss 8; the magnetic adsorption apparatus comprises an upper magnet buckle 9 and a lower magnet strip 10, a magnet placement groove is formed on the base body 6 on both sides of the anti-tip groove 7, the upper magnet buckle 9 is placed in the magnet placement groove, and the lower magnet strip 10 is built in the main body 1 on a side; and the data entry apparatus is electrically connected to the high-speed scanner; and the two-dimensional code module comprises a two-dimensional code generation module which is built in an asset information entry terminal and a two-dimensional code identification module which is built in the high-speed scanner, wherein the two-dimensional code generation module generates a two-dimensional code from asset information about the same asset, the two-dimensional codes form an asset table together with the asset information, the two-dimensional code identification module effectively identifies the two-dimensional codes in the asset table after the two-dimensional codes in the asset table are entered by using the high-speed scanner, the asset information carried by the two-dimensional code is identified and compared with two-dimensional code information in the data comparison module, the asset table photographed by the high-speed scanner is stored in a corresponding asset information storage module, and the asset information terminal is electrically connected to the asset information storage module, the asset information viewing module, and the hand-held verification apparatus, respectively.
The asset information entry terminal is an asset information entry computer.
The asset information viewing module merely provides the function of viewing, without the function of deleting or changing data information.
The hand-held verification apparatus is configured to read two-dimensional code information during asset verification, and the two-dimensional code information read is
-6- entered into the data comparison module for comparison with and verification against asset data therein. The asset information comprises an asset name, an asset purchase time, an asset manufacturer, and an asset service life.
A two-dimensional code is generated by the two-dimensional code generation module from asset information about the same asset and marked on an asset information table; the two-dimensional codes appear on the table simultaneously after the asset information table is printed; the printed asset information table may be photographed and archived by the high- speed scanner, and two-dimensional code data in the archived asset information table is identified by the two-dimensional code identification module in the high-speed scanner; the identified information is compared with the original input data by the data comparison module; and if the result of comparison is consistent, the archived table is automatically stored into a corresponding asset information storage module in terms of the storage location information in the two-dimensional code, so as to avoid errors in storage of the achieved table due to the excess work of the personnel. In the subsequent work of asset verification, the personnel, through the hand-held verification apparatus, aim at the two-dimensional codes in the asset information table attached onto a corresponding asset for scanning and identification; the identified asset information is compared with and verified against the asset data in the data comparison module again; and if consistent, the identified asset information passes, and if not, an error alarm is sent to the asset information terminal. Embodiment 2 On the basis of Embodiment 1, the first groove 3 has a length of 297 mm and a width of 210 mm. The second groove 4 has a length of 70-80 mm and a width of 100-110 mm, and is disposed at a distance of 8-12 mm from an edge of the main plate body 1. A slope structure is used for bottom surfaces of the first groove 3 and the second groove 4, that is, the depth of a tail end of the first groove 3 and the second groove 4 is higher than the depth of a head end, wherein the depth of the tail end is 2-3 mm and the depth of the head end is 1-2 mm. Embodiment 3 On the basis of Embodiment 2, the upper magnet buckle 9 has a circular structure, a diameter of 10-20 mm, and a height of 3/2 to 4/3 of the depth of the magnet placement groove. The lower magnet strip 10 has the same length as that of the main plate body 1 and a width of 6-10 mm.
-7-
The present invention has been described by way of example above, and it should be understood that any simple variations, modifications, or other replacements that may be made by those skilled in the art without any creative effort all fall within the scope ofprotection of the present invention.

Claims (10)

-8- CONCLUSIES-8- CONCLUSIONS 1. Een intelligent activabeheersysteem, met het kenmerk dat het omvat een activuminformatieterminal, een activuminformatieopslagmodule, een snelle responscodemodule, een gegevensvergelijkingsmodule, een activuminformatieinvoermodule, een activuminformatieweergavemodule en een handzaam verificatieapparaat, De activuminformatieinvoermodule omvat een gegevensinvoerapparaat, een hoge snelheidsscanner en een positioneringsplaat, waarbij de positioneringsplaat een hoofdlichaamsplaat, een duw-trekplaat en een kantel preventie basis omvat. Een eerste groef wordt gevormd in de hoofdlichaamsplaat en een tweede groef wordt gevormd aan een bovenrand van de eerste groef. Een naaf is geplaatst op de rand van de tweede groef en de duw-trekplaat wordt in de tweede groef ingebracht door de naaf. De kantel preventie basis is gemonteerd op een middelste gedeelte van een zijde van het hoofdlichaamsplaat en omvat een basislichaam, een kantel preventie groef en een magnetisch adsorptieapparaat. De kantel preventie groef wordt gevormd in een middelste gedeelte van het basislichaam en een kantel preventie naaf is geplaatst aan de rand van de kantel preventie groef en de hoge snelheidsscanner wordt in de kantel preventie groef ingebracht door de kantel preventie naaf. Het magnetische adsorptieapparaat omvat een bovenste magneetgesp en een onderste magneetstaaf, en een magneetplaatsingsgroef is gevormd op het basislichaam aan beide zijden van de kantel preventie groef, en de bovenste magneetgesp is geplaatst in de magneetplaatsingsgroef, en de onderste magneetstaaf wordt ingebracht aan één zijde van het hoofdlichaamsplaat. Het gegevensinvoerapparaat is elektrisch verbonden met de hoge snelheidsscanner; De snelle responscodemodule omvat een snelle reactiecode-generatiemodule en een snelle reactiecode-identificatiemodule, waarbij de snelle reactiecode-identificatiemodule is ingebouwd in de hoge snelheidsscanner en de snelle reactiecode-generatiemodule is ingebouwd in de activuminformatieinvoerterminal; De snelle reactiecode-generatiemodule vormt een snelle responscode voor de activuminformatie van hetzelfde activum en de snelle responscode vormt een activatabel samen met de activuminformatie. Wanneer de snelle reactiecode op de activatabel wordt geregistreerd met behulp van de hoge snelheidsscanner, identificeert de snelle reactiecode- identificatiemodule effectief de snelle reactiecode op de activatabel. Door het identificeren van de gegevens die zijn opgenomen in de snelle reactiecode en het vergeleken met de informatie van de snelle responscode in de informatievergelijkingsmodule, wordt de activatabel vastgelegd door de hoge snelheidsscanner opgeslagen in de overeenkomstige informatieopslagmodule. De activuminformatieterminal is elektrisch verbonden met respectievelijk de activuminformatieopslagmodule, de activuminformatieweergavemodule en het handzaam verificatieapparaat.1. An intelligent asset management system, characterized in that it includes an asset information terminal, an asset information storage module, a rapid response code module, a data comparison module, an asset information input module, an asset information display module and a handheld authentication device, The asset information input module includes a data input device, a high speed plate scanner positioning plate includes a main body plate, a push-pull plate and a tilt prevention base. A first groove is formed in the main body plate and a second groove is formed at an upper edge of the first groove. A hub is placed on the edge of the second groove and the push-pull plate is inserted into the second groove through the hub. The tilt prevention base is mounted on a middle portion of one side of the main body plate and includes a base body, a tilt prevention groove and a magnetic adsorption device. The tilt prevention groove is formed in a middle portion of the base body and a tilt prevention hub is placed on the edge of the tilt prevention groove and the high speed scanner is inserted into the tilt prevention groove through the tilt prevention hub. The magnetic adsorption device includes a top magnetic buckle and a bottom magnetic bar, and a magnet placement groove is formed on the base body on both sides of the tilt prevention groove, and the top magnet buckle is placed in the magnet placement groove, and the bottom magnet bar is inserted on one side of the main body plate. The data input device is electrically connected to the high speed scanner; The rapid response code module includes a rapid response code generation module and a rapid response code identification module, wherein the rapid response code identification module is built into the high speed scanner and the rapid response code generation module is built into the asset information input terminal; The rapid response code generation module forms a rapid response code for the asset information of the same asset and the rapid response code forms an asset table along with the asset information. When the rapid response code is recorded on the asset table using the high speed scanner, the rapid response code identification module effectively identifies the rapid response code on the asset table. By identifying the data included in the fast response code and comparing it with the information of the fast response code in the information comparison module, the asset table is recorded by the high speed scanner stored in the corresponding information storage module. The asset information terminal is electrically connected to the asset information storage module, the asset information display module and the handheld authentication device, respectively. -9--9- 2. Het intelligent activabeheersysteem volgens conclusie 1, met het kenmerk dat de eerste groef heeft een lengte van 297 mm en een breedte van 210 mm; De tweede groef heeft een lengte van 70-80 mm, een breedte van 100-110 mm en een afstand van 8-12 mm vanaf de rand van het hoofdlichaamsplaat, De bodemoppervlakken van de eerste groef en de tweede groef zijn beide hellende structuren, d.w.z. de diepten van de staarteinden van de eerste groef en de tweede groef zijn hoger dan de diepte van de hoofdeinden met de diepte van de staarteinden van 2-3 mm en de diepte van de hoofdeinden van 1-2 mm.The intelligent asset management system according to claim 1, characterized in that the first groove has a length of 297 mm and a width of 210 mm; The second groove has a length of 70-80 mm, a width of 100-110 mm and a distance of 8-12 mm from the edge of the main body plate. The bottom surfaces of the first groove and the second groove are both inclined structures, ie the depths of the tail ends of the first groove and the second groove are higher than the depth of the head ends with the depth of the tail ends of 2-3 mm and the depth of the head ends of 1-2 mm. 3. Het intelligent activabeheersysteem volgens conclusie 1, met het kenmerk dat de bovenste magneetgesp heeft een cirkelvormige structuur met een diameter van 10-20 mm en de hoogte van de bovenste magneetgesp is 3/2-4/3 van de diepte van de magneetplaatsingsgroef; De lengte van de onderste magneetstrip is hetzelfde als de lengte van het hoofdlichaamsplaat en de breedte van de onderste magneetstrip is 6-10 mm.The intelligent asset management system according to claim 1, characterized in that the top magnet buckle has a circular structure with a diameter of 10-20 mm and the height of the top magnet buckle is 3 / 2-4 / 3 of the depth of the magnet placement groove; The length of the bottom magnetic strip is the same as the length of the main body plate, and the width of the bottom magnetic strip is 6-10 mm. 4. Het intelligent activabeheersysteem volgens conclusie 1, met het kenmerk dat de activuminformatieinvoerterminal registreert de activuminformatie in de computer.The intelligent asset management system according to claim 1, characterized in that the asset information input terminal registers the asset information in the computer. 5. Het intelligent activabeheersysteem volgens conclusie 1, met het kenmerk dat de activuminformatieweergavemodule heeft alleen een weergavefunctie en heeft niet de functie om gegevensinformatie te verwijderen en te wijzigen.The intelligent asset management system according to claim 1, characterized in that the asset information display module only has a display function and does not have the function of deleting and modifying data information. 6. Het intelligent activabeheersysteem volgens conclusie 1, met het kenmerk dat het handzaam verificatieapparaat wordt gebruikt om de snelle responscode-informatie te lezen bij het uitvoeren van activumverificatie, en de gelezen snelle responscode-informatie komt de gegevensvergelijkingsmodule binnen om te vergelijken en te controleren met de activumgegevens daarin.The intelligent asset management system according to claim 1, characterized in that the handheld authentication device is used to read the rapid response code information when performing asset verification, and the read rapid response code information enters the data comparison module to compare and check with the asset information therein. 7. Het intelligent activabeheersysteem volgens conclusie 1, met het kenmerk dat de activainformatie omvat een activanaam, een activumaankooptijd, een activafabrikant en een activumgebruiksperiode.The intelligent asset management system according to claim 1, characterized in that the asset information includes an asset name, an asset purchase time, an asset manufacturer and an asset usage period. 8. De positioneringsplaat voor het intelligent activabeheersysteem volgens een van de conclusies 1-7, met het kenmerk dat de positioneringsplaat omvat een hoofdlichaamsplaat, een duw-trekplaat en een kantel preventie basis. Een eerste groef wordt gevormd in de hoofdlichaamsplaat en een tweede groef wordt gevormd aan een bovenrand van de eerste groef. Een naaf is geplaatst op de rand van de tweede groef en de duw-trekplaat wordt in de tweede groef ingebracht door de naaf. De kantel preventie basis is gemonteerd op een middelste gedeelte van een zijde van het hoofdlichaamsplaat en omvat een basislichaam, een kantel preventie groef en een magnetisch adsorptieapparaat. De kantel preventie groef wordt gevormd in een middelste gedeelte van het basislichaam en een kantel preventie naaf is geplaatst aan de rand van de kantel preventie groef en de hoge snelheidsscanner wordt in de kantel preventie groef ingebracht door de kantel preventie naaf. Het magnetische adsorptieapparaat omvat een bovenste magneetgesp en een onderste magneetstaaf, en een magneetplaatsingsgroef is gevormd op het basislichaam aan beide zijden van de kantelThe intelligent asset management system positioning plate according to any one of claims 1 to 7, characterized in that the positioning plate comprises a main body plate, a push-pull plate and a tilt prevention base. A first groove is formed in the main body plate and a second groove is formed at an upper edge of the first groove. A hub is placed on the edge of the second groove and the push-pull plate is inserted into the second groove through the hub. The tilt prevention base is mounted on a middle portion of one side of the main body plate and includes a base body, a tilt prevention groove and a magnetic adsorption device. The tilt prevention groove is formed in a middle portion of the base body and a tilt prevention hub is placed on the edge of the tilt prevention groove and the high speed scanner is inserted into the tilt prevention groove through the tilt prevention hub. The magnetic adsorption device includes a top magnet buckle and a bottom magnet bar, and a magnet placement groove is formed on the base body on both sides of the tilt -10 - preventie groef, en de bovenste magneetgesp is geplaatst in de magneetplaatsingsgroef, en de onderste magneetstaaf wordt ingebracht aan één zijde van het hoofdlichaamsplaat.-10 - prevention groove, and the top magnet buckle is placed in the magnet placement groove, and the bottom magnet bar is inserted on one side of the main body plate. 9. De positioneringsplaat volgens een van conclusie 8, met het kenmerk dat de eerste groef heeft een lengte van 297 mm en een breedte van 210 mm; De tweede groef heeft een lengte van 70-80 mm, een breedte van 100-110 mm en een afstand van 8-12 mm vanaf de rand van het hoofdlichaamsplaat; De bodemoppervlakken van de eerste groef en de tweede groef zijn beide hellende structuren, d.w.z. de diepten van de staarteinden van de eerste groef en de tweede groef zijn hoger dan de diepte van de hoofdeinden met de diepte van de staarteinden van 2 -3 mm en de diepte van de hoofdeinden van 1-2 mm.The positioning plate according to any of claim 8, characterized in that the first groove has a length of 297 mm and a width of 210 mm; The second groove has a length of 70-80 mm, a width of 100-110 mm and a distance of 8-12 mm from the edge of the main body plate; The bottom surfaces of the first groove and the second groove are both inclined structures, ie the depths of the tail ends of the first groove and the second groove are higher than the depth of the head ends with the depth of the tail ends of 2 -3 mm and the depth of the headboards of 1-2 mm. 10. De positioneringsplaat volgens een van conclusie 8, met het kenmerk dat de bovenste magneetgesp heeft een cirkelvormige structuur met een diameter van 10-20 mm en de hoogte van de bovenste magneetgesp is 3/2-4/3 van de diepte van de magneetplaatsingsgroef; De lengte van de onderste magneetstrip is hetzelfde als de lengte van het hoofdlichaamsplaat en de breedte van de onderste magneetstrip is 6-10 mm.The positioning plate according to any one of claim 8, characterized in that the top magnet buckle has a circular structure with a diameter of 10-20 mm and the height of the top magnet buckle is 3 / 2-4 / 3 of the depth of the magnet placement groove ; The length of the bottom magnetic strip is the same as the length of the main body plate, and the width of the bottom magnetic strip is 6-10 mm.
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