CN113657764A - Fixed asset management system based on radio frequency identification technology - Google Patents
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Abstract
The invention discloses a fixed asset management system based on radio frequency identification technology, comprising: the system comprises an asset information input module, an asset information identification module, a house type establishing module, a cloud processing platform and a user terminal module. The invention obtains the positions of all fixed assets through the radio frequency identification technology, and combines the positions according to the positions and the positions of the working areas to obtain the distribution of the fixed assets in the enterprise and public institution, thereby facilitating the management of the fixed assets.
Description
Technical Field
The invention relates to the field of asset management, in particular to a fixed asset management system based on a radio frequency identification technology.
Background
In the operation of enterprises and public institutions, the management of fixed assets, namely the management of computers, servers, transportation equipment and other assets, is involved. For some large-scale enterprises and public institutions, more office places and production workshops are provided, so that when fixed assets are managed, the fixed assets are distributed very widely, the fixed assets are inconvenient to count, some fixed assets with remote placement positions are easy to omit, meanwhile, the placement positions of the fixed assets can be obtained only in a special person counting mode, in sum, a large amount of manpower and material resources are consumed for managing the fixed assets at present, and the condition that the fixed assets cannot be counted occurs, so that how to realize efficient fixed asset management is an important subject of each enterprise and public institution.
Disclosure of Invention
The present invention aims to overcome the problems in the prior art, and provides a fixed asset management system based on radio frequency identification technology, which obtains the positions of all fixed assets through the radio frequency identification technology, and combines the positions with the positions of working areas to obtain the distribution of the fixed assets in enterprises and public institutions, so as to facilitate the management of the fixed assets.
Therefore, the invention provides a fixed asset management system based on radio frequency identification technology, which comprises:
the asset information input module is used for pasting a radio frequency identification tag for recording the fixed asset information on each fixed asset;
the asset information identification module is used for identifying the radio frequency identification tag adhered to the fixed asset through a radio frequency identification reader, and respectively sending the current position of the radio frequency identification reader and the content of the identified radio frequency identification tag to a cloud processing platform when the radio frequency identification reader identifies the radio frequency identification tag;
the house type establishing module is used for establishing a house type image according to a set proportion on the blank picture according to the working area;
the cloud processing platform is used for obtaining a corresponding color value of each fixed asset according to the content of the corresponding radio frequency identification tag, and drawing the color value corresponding to each fixed asset in the corresponding position of the house type image according to the corresponding position of the fixed asset to obtain a fixed asset distribution diagram;
and the user terminal module is used for displaying the fixed asset distribution map obtained by the cloud processing platform to a user.
Further, the rfid reader in the asset information identification module is integrated in one-card-type cards of staff, each of the staff has one of the one-card-type cards, and each of the one-card-type cards further has the locator, and the locator is used for providing the position of the rfid reader when the rfid tag is identified.
Further, the radio frequency identification tag uses a 915MHz self-charging RFID electronic tag, and the radio frequency identification reader uses an RFID reader capable of identifying the 915MHz radio frequency identification tag, and the RFID reader is powered through a one-card.
Further, the cloud processing platform comprises:
the asset drawing module is used for setting a corresponding color value for each fixed asset according to the content of the radio frequency identification tag on each fixed asset, so that each fixed asset corresponds to one color value one by one;
the asset distribution module is used for corresponding the color value corresponding to each fixed asset to the position corresponding to the fixed asset, so that each fixed asset corresponds to a color value and a position respectively;
and the image drawing module is used for drawing the color value corresponding to the position in the house type image according to the position in the house type image to obtain the fixed asset distribution diagram.
Furthermore, the position is expressed by using a coordinate mode, and each coordinate corresponds to each pixel point of the house type image.
Still further, the asset mapping module includes:
the asset classification module is used for classifying the contents of the radio frequency identification tags on each fixed asset according to a set classification standard;
the color corresponding module corresponds each category of the classification standard to one color value respectively;
and the asset corresponding module corresponds each fixed asset to the color value corresponding to the category according to the divided category.
Further, still include:
the image dividing module is used for uniformly dividing the fixed asset distribution map into a plurality of sub-images, and all the sub-images are distributed in a matrix;
the image processing module is used for respectively calculating the color characteristic value of each sub-image;
the matrix production module is used for arranging the color characteristic value of each sub-image according to the position of the corresponding sub-image to obtain a fixed asset array;
the management suggestion module is used for carrying out normalization processing on the fixed asset array, obtaining the characteristic value of the fixed asset array and searching a corresponding management suggestion in a management database according to the characteristic value of the fixed asset array;
the management database is used for storing the characteristic values and the management suggestions corresponding to the characteristic values;
the user terminal is further used for displaying the management suggestion.
Furthermore, the house type image comprises a plurality of rooms, each room corresponds to one fixed asset distribution diagram, the image dividing module, the image processing module, the matrix production module and the management suggestion module are sequentially executed, and the user terminal displays the names of the rooms simultaneously when the management suggestions are displayed.
The fixed asset management system based on the radio frequency identification technology has the following beneficial effects:
1. the positions of all the fixed assets are obtained through the radio frequency identification technology, and the distribution of the fixed assets in the enterprise and public institution is obtained according to the positions and the positions of the working areas, so that the fixed assets are managed conveniently;
2. the radio frequency reader is integrated in the one-card of the staff of the enterprise and public institution, and the locator is integrated in the one-card, so that when the staff moves in a working area, the fixed assets in the working area are scanned at the same time to obtain the position of the fixed assets, and the fixed assets can be counted in normal work, so that a specially-assigned person is not required to manage the fixed assets;
3. the invention uses different color values to represent different types of fixed assets in the household type graph of the working area, so that the manager can more conveniently manage the fixed assets by watching the color distribution on the household type graph, and simultaneously, good suggestions are provided for the asset manager according to the household type graph.
Drawings
FIG. 1 is a schematic block diagram of the overall system connection of the present invention;
FIG. 2 is a schematic block diagram of a system connection of a cloud processing platform of the present invention;
FIG. 3 is a system connection schematic block diagram of an asset rendering module of the present invention;
FIG. 4 is a block diagram illustrating the system connections for recommending fixed asset management in accordance with the present invention.
Detailed Description
An embodiment of the present invention will be described in detail below with reference to the accompanying drawings, but it should be understood that the scope of the present invention is not limited to the embodiment.
Specifically, as shown in fig. 1 to 4, an embodiment of the present invention provides a fixed asset management system based on a radio frequency identification technology, including: the system comprises an asset information input module, an asset information identification module, a house type establishing module, a cloud processing platform and a user terminal module. The operation of each of these modules is described in detail below.
The asset information input module is used for pasting a radio frequency identification tag for recording the fixed asset information on each fixed asset; the module is a module for inputting the information of the fixed assets, and is a module for representing the corresponding fixed assets through the radio frequency identification tags.
The asset information identification module is used for identifying the radio frequency identification tag adhered to the fixed asset through a radio frequency identification reader, and respectively sending the current position of the radio frequency identification reader and the content of the identified radio frequency identification tag to a cloud processing platform when the radio frequency identification reader identifies the radio frequency identification tag; the module identifies the content of the radio frequency identification tag by using a radio frequency identification reader, and sends the identified content of the radio frequency identification tag and the position corresponding to the current radio frequency identification reader to a cloud processing platform during identification.
The house type establishing module is used for establishing a house type image according to a set proportion on the blank picture according to the working area; the module is a module for displaying the house type graph on a line, and the house type graph, namely the house type image, is drawn on a blank picture according to the actual house type and the set proportion, so that a foundation is established for the subsequent display of the fixed assets.
The cloud processing platform is used for obtaining a corresponding color value of each fixed asset according to the content of the corresponding radio frequency identification tag, and drawing the color value corresponding to each fixed asset in the corresponding position of the house type image according to the corresponding position of the fixed asset to obtain a fixed asset distribution diagram; the module is used for synchronizing the distribution of the fixed assets in a house type image to obtain a fixed asset distribution diagram, and different color patches are used for different fixed assets, so that a user can visually watch the fixed asset distribution diagram and know the distribution of each fixed asset, and the distribution of the fixed assets in the house type is very clear and easy to manage.
And the user terminal module is used for displaying the fixed asset distribution map obtained by the cloud processing platform to a user, is a display module and is used for displaying the user terminal, and the produced fixed asset distribution map is displayed to the user in the module, so that the user can obtain the distribution of the fixed assets from the image and conveniently and reasonably plan how to manage the fixed assets.
In the technical scheme, the asset information input module, the asset information identification module, the household type establishing module, the cloud processing platform and the user terminal module are sequentially executed. The information of each fixed asset is input and combined with the radio frequency identification tags, so that each radio frequency identification tag represents a fixed asset, the position of the radio frequency identification reader is used as the position of the identified radio frequency identification tag when the radio frequency identification reader identifies, the position of the radio frequency identification tag and the stored content of the radio frequency identification tag are sequentially transmitted to the cloud processing platform and displayed in the house type graph, and each fixed asset is displayed by using different colors, so that a fixed asset distribution graph is obtained, so that the position of each fixed asset can be very conveniently known when the fixed asset is watched by a user, and the arrangement and allocation of the fixed asset with reasonable memorability are convenient.
In this embodiment, the rfid reader in the asset information identification module is integrated into one-card-type cards of staff, each of the staff has one of the one-card-type cards, and each of the one-card-type cards further integrates the locator, and the locator is configured to provide a position of the rfid reader when the rfid tag is identified.
In the technical scheme, the radio frequency identification reader is arranged in the one-card of each worker, so that the positions of all the fixed assets can be collected in real time along with the movement of the workers, and the radio frequency identification reader integrated in the one-card of the workers can enter into the work in real time because each worker can move uninterruptedly in the work area, which is the user-type diagram, and the real-time efficiency of the fixed assets collected by the radio frequency identification reader is higher compared with the real-time efficiency of the fixed assets collected by the specific workers holding the radio frequency identification reader by hands.
Meanwhile, in this embodiment, the RFID tag uses a 915MHz self-charging RFID tag, and the RFID reader uses an RFID reader capable of identifying the 915MHz RFID tag, and the RFID reader is powered by a card. Therefore, when the radio frequency identification is carried out, the identification range and the identification signal strength of the radio frequency identification are ensured, and the situations of incapability of identification or inaccurate position are avoided.
In this embodiment, the cloud processing platform includes: the system comprises an asset drawing module, an asset distribution module and an image drawing module. The operation of each module of the cloud processing platform is described in detail below, specifically as follows.
The asset drawing module is used for setting a corresponding color value for each fixed asset according to the content of the radio frequency identification tag on each fixed asset, so that each fixed asset corresponds to one color value one by one; the module is a color value setting module, so that each fixed asset is in one-to-one correspondence with a color value, and each fixed asset can be represented by using a color value respectively.
The asset distribution module is used for corresponding the color value corresponding to each fixed asset to the position corresponding to the fixed asset, so that each fixed asset corresponds to a color value and a position respectively; therefore, each fixed asset can correspond to one position, the color value and the position can correspond to each other one by one, and the color of each position can be marked on the house type image.
The image drawing module is used for drawing the color value corresponding to the position in the house type image according to the position in the house type image to obtain the fixed asset distribution diagram; the module draws the colors at the positions corresponding to one another in a timely drawing process, so that the colors corresponding to all the positions can be drawn in the house type image to obtain the asset distribution diagram.
Meanwhile, in this embodiment, the position is represented by using a coordinate manner, and each coordinate corresponds to each pixel point of the house type image.
Among the above-mentioned technical scheme, the mode that uses the coordinate expresses the position, simultaneously, with the coordinate one-to-one in each pixel, just so can set up the colour in foretell position into the colour value of pixel to show for the user through the mode that shows, let the user also have a audio-visual impression, simultaneously, the mode that uses the coordinate expresses the position and can make when synchronous with position and house type picture position, the unusual accuracy of position.
Meanwhile, in this embodiment, the asset mapping module includes: the device comprises an asset classification module, a color corresponding module and an asset corresponding module. The working principle of each module is as follows.
The asset classification module is used for classifying the contents of the radio frequency identification tags on each fixed asset according to a set classification standard; the module classifies the fixed assets according to the types of the fixed assets, so that each type can use one color when the color is displayed subsequently, the number of the used color values can be limited to a certain extent, and meanwhile, a manager can know the positions of the fixed assets of the same type and the distribution of the positions of each type of the fixed assets when the management is carried out.
The color corresponding module corresponds each category of the classification standard to one color value respectively; therefore, each type of fixed assets can uniformly use one color value, namely each fixed asset corresponds to one color, and different colors can be displayed on different fixed assets during display.
And the asset corresponding module corresponds each fixed asset to the color value corresponding to the category according to the divided category. The module classifies the fixed assets into categories such that each type of fixed asset corresponds to a color value, each color value representing a color.
In the technical scheme, the fixed assets are classified, so that each type of fixed asset corresponds to one color, and thus, when the fixed assets are displayed on the asset distribution diagram, one type of fixed assets can correspond to one color respectively, so that a manager can know the distribution state of each asset clearly and manage conveniently when managing.
In this embodiment, the method further includes: the system comprises an image dividing module, an image processing module, a matrix production module, a management suggestion module and a management database. Each of the functional modules will be described in detail below.
The image dividing module is used for uniformly dividing the fixed asset distribution map into a plurality of sub-images, and all the sub-images are distributed in a matrix; the module divides the fixed asset distribution diagram to obtain a plurality of sub-images, and all the sub-images are distributed in a matrix, so that the fixed asset distribution diagram can be divided by using a mesh division method during division, and the sub-images can form a matrix form.
The image processing module is used for respectively calculating the color characteristic value of each sub-image; the module is a calculation module that calculates the feature value of each sub-image separately.
The matrix production module is used for arranging the color characteristic value of each sub-image according to the position of the corresponding sub-image to obtain a fixed asset array; the module is used for arranging the obtained eigenvalues, and according to the arrangement sequence of the subimages, a matrix of the eigenvalues, namely the fixed asset array, can be obtained and displayed in a matrix mode.
The management suggestion module is used for carrying out normalization processing on the fixed asset array, obtaining the characteristic value of the fixed asset array and searching a corresponding management suggestion in a management database according to the characteristic value of the fixed asset array; the module is used for normalizing the data to enable the data to be single, then calculating characteristic values of the fixed asset arrays, namely characteristic values of the fixed asset distribution maps, namely that each fixed asset distribution map corresponds to one characteristic value, and then searching corresponding management suggestions according to the characteristic values.
The management database is used for storing the characteristic values and the management suggestions corresponding to the characteristic values; the database is also provided with a data updating module which is used for updating the data in the database so as to keep the data up-to-date in real time.
The user terminal is also used for displaying the management suggestion, so that the time of the user for managing the fixed assets can be saved, and the management suggestion can be directly obtained through an empirical database.
The management suggestions in the embodiments of the present invention are the suggestions for the location arrangement of asset distribution, for example, moving a fixed asset from a current location to another location are all the management suggestions described in the embodiments of the present invention.
Meanwhile, in this embodiment, the house type image includes a plurality of rooms, each room corresponds to one of the fixed asset distribution maps, the image division module, the image processing module, the matrix production module, and the management suggestion module are sequentially executed, and the user terminal displays names of the rooms at the same time when displaying the management suggestions.
According to the technical scheme, the house type graph is divided into the rooms, each room corresponds to one fixed asset distribution graph, and therefore each asset distribution graph can be displayed according to each room, a user can manage the house type graph conveniently, and the user can manage the house type graph more conveniently.
The above disclosure is only for a few specific embodiments of the present invention, however, the present invention is not limited to the above embodiments, and any variations that can be made by those skilled in the art are intended to fall within the scope of the present invention.
Claims (8)
1. A fixed asset management system based on radio frequency identification technology, comprising:
the asset information input module is used for pasting a radio frequency identification tag for recording the fixed asset information on each fixed asset;
the asset information identification module is used for identifying the radio frequency identification tag adhered to the fixed asset through a radio frequency identification reader, and respectively sending the current position of the radio frequency identification reader and the content of the identified radio frequency identification tag to a cloud processing platform when the radio frequency identification reader identifies the radio frequency identification tag;
the house type establishing module is used for establishing a house type image according to a set proportion on the blank picture according to the working area;
the cloud processing platform is used for obtaining a corresponding color value of each fixed asset according to the content of the corresponding radio frequency identification tag, and drawing the color value corresponding to each fixed asset in the corresponding position of the house type image according to the corresponding position of the fixed asset to obtain a fixed asset distribution diagram;
and the user terminal module is used for displaying the fixed asset distribution map obtained by the cloud processing platform to a user.
2. The system as claimed in claim 1, wherein the rfid reader of the asset information recognition module is integrated into one-card-cards of staff, one card for each staff, and each card further integrates the locator, and the locator is used for providing the location of the rfid reader when the rfid tag is recognized.
3. A fixed asset management system based on radio frequency identification technology as claimed in claim 2, characterized in that said radio frequency identification tag uses a 915MHz self-charging RFID electronic tag, said radio frequency identification reader uses an RFID reader capable of identifying said 915MHz radio frequency identification tag, said RFID reader is powered by a one-card.
4. The fixed asset management system based on radio frequency identification technology of claim 1, wherein said cloud processing platform comprises:
the asset drawing module is used for setting a corresponding color value for each fixed asset according to the content of the radio frequency identification tag on each fixed asset, so that each fixed asset corresponds to one color value one by one;
the asset distribution module is used for corresponding the color value corresponding to each fixed asset to the position corresponding to the fixed asset, so that each fixed asset corresponds to a color value and a position respectively;
and the image drawing module is used for drawing the color value corresponding to the position in the house type image according to the position in the house type image to obtain the fixed asset distribution diagram.
5. The system of claim 4, wherein the location is expressed in terms of coordinates, each coordinate corresponding to a pixel of the house type image.
6. The fixed asset management system based on radio frequency identification technology as claimed in claim 4, wherein said asset mapping module comprises:
the asset classification module is used for classifying the contents of the radio frequency identification tags on each fixed asset according to a set classification standard;
the color corresponding module corresponds each category of the classification standard to one color value respectively;
and the asset corresponding module corresponds each fixed asset to the color value corresponding to the category according to the divided category.
7. The fixed asset management system based on radio frequency identification technology of claim 1, further comprising:
the image dividing module is used for uniformly dividing the fixed asset distribution map into a plurality of sub-images, and all the sub-images are distributed in a matrix;
the image processing module is used for respectively calculating the color characteristic value of each sub-image;
the matrix production module is used for arranging the color characteristic value of each sub-image according to the position of the corresponding sub-image to obtain a fixed asset array;
the management suggestion module is used for carrying out normalization processing on the fixed asset array, obtaining the characteristic value of the fixed asset array and searching a corresponding management suggestion in a management database according to the characteristic value of the fixed asset array;
the management database is used for storing the characteristic values and the management suggestions corresponding to the characteristic values;
the user terminal is further used for displaying the management suggestion.
8. The system as claimed in claim 7, wherein the house type image includes a plurality of rooms, each room corresponds to one of the fixed asset distribution maps, the image division module, the image processing module, the matrix production module and the management suggestion module are sequentially executed, and the user terminal displays names of the rooms when the management suggestions are displayed.
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| LIZHEN LU等: "Incorporating Texture into SLIC Super-pixels Method for High Spatial Resolution Remote Sensing Image Segmentation", 《2019 8TH INTERNATIONAL CONFERENCE ON AGRO-GEOINFORMATICS (AGRO-GEOINFORMATICS)》, 2 September 2019 (2019-09-02), pages 1 - 5 * |
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