CN115879857A - Method for realizing safety management and control system for enterprise asset warehouse-in and warehouse-out - Google Patents
Method for realizing safety management and control system for enterprise asset warehouse-in and warehouse-out Download PDFInfo
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- CN115879857A CN115879857A CN202210310754.1A CN202210310754A CN115879857A CN 115879857 A CN115879857 A CN 115879857A CN 202210310754 A CN202210310754 A CN 202210310754A CN 115879857 A CN115879857 A CN 115879857A
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Abstract
The invention relates to a method for realizing an enterprise asset warehousing and ex-warehouse safety control system, which comprises the following steps: binding or pasting a beacon on the asset, and pasting a site beacon on the work site; inputting the information of each bound asset; deploying and installing a plurality of controllers in a key place, inputting information of the controllers which are installed completely, and collecting asset beacon state data including positions, postures and environmental conditions in the place; arranging a cloud management platform, and uploading the controller installation information and the collected asset beacon state data to the management platform for recording; recording the information of the movement of the assets; real-time inventory is performed. According to the invention, important assets such as company vehicles, fixed assets, instruments, operation tools and work sites are bound by skillfully utilizing the pasted asset beacon, and then the controller is deployed in key sites of an enterprise, so that various states of the assets are reported to a platform in real time, the quantity, the position and the state of the assets controlled by a control personnel at any time are facilitated, and the purpose of fine control of the important assets is achieved.
Description
Technical Field
The invention relates to a safety control technology, in particular to a method for realizing an enterprise asset warehousing and ex-warehouse safety control system.
Background
In recent years, the management of warehouse security and warehouse entry and exit security of enterprise units is one of the important works of daily security management and control of enterprises, even one of the important links in the whole operation process, and if high-level warehouse entry and exit security management and control are to be maintained, the system cannot be relied on singly, and in order to strengthen the management of warehouse entry and exit of company materials, reduce inventory, perfect and standardize the material management and control, a proper warehouse entry and exit security management and control system is required to be constructed.
For the problem that the current application requirements cannot be met only by a simple control system without adopting a proper control system, the designer of the technical solution of the present invention firstly analyzes and knows the control flow mainly adopted by the traditional system:
(1) In the prior art, a custodian has to count the quantity, specification and model of the warehoused materials according to the items such as a cargo list, a purchase order, a check certificate and the like to achieve accurate quantity, specification and classification, good quality and complete matching, and if the quantity, the documents or the quality of the materials are found to be incomplete, the warehousing procedure is not handled, the purely registered management and control scheme only depends on a system, and in view of the change of the quantity, the position or the state of the assets, the purpose of fine management and control of the assets cannot be achieved by the previously adopted technical means such as the above;
(2) For the conventional asset ex-warehouse management, custodians generally issue goods and materials names, specifications, quantities and the like on a form after the examination and approval procedures are completed, handle the goods and materials ex-warehouse procedures at the same time, and check the goods and materials according to the bills of ex-warehouse after the goods and materials are out of the warehouse; as for the defects of the traditional warehousing management and control means, the pure management and control scheme of the registration and verification only depends on a system, and in view of the difference of the quantity, the position or the moving state of assets ex-warehouse, the prior technical means such as the prior art cannot achieve the purpose of asset fine management and control;
(3) Obviously, no matter what kind of flow or system is adopted, the existing warehouse entry and exit management and control method cannot construct a management and control system capable of improving the real-time management and control capability, so that the method is still not accurate enough for how to implement a management and control means on the assets in real time and clearly know the actual conditions or dynamic changes of the assets in real time, the management and control personnel are actually in a passive state for the management and control of the assets, and are inconvenient to actively know in real time and lack of systematicness;
(4) In the conventional access security control process, real-time dynamic inventory cannot be realized, and particularly, the types of asset or article control are limited, for example, the control of special assets such as a work site is limited to a certain extent, usually, assets including company vehicles, fixed assets, instruments, equipment, operation tools, work sites and the like should be accurately controlled in real time, but the conventional technical means cannot perform comprehensive dynamic inventory.
It is obvious that the existing warehouse entry and exit safety control system cannot meet the application requirements, and the fundamental reason is that only the control system is followed without forming a set of system beneficial to real-time and accurate active control, and the control personnel cannot flexibly integrate the daily control work by the existing method.
The designer of the technical scheme of the invention provides an implementation method of an enterprise asset warehousing and ex-warehouse safety management and control system, which skillfully utilizes the pasting asset beacon to bind important assets such as company vehicles, fixed assets, instruments, operation tools and work sites, and deploys a controller in an enterprise key site, thereby being beneficial to reporting various state (position, posture, environmental parameter and the like) data to a platform in real time, facilitating the enterprise management and control personnel to manage and control the quantity, position and state of the assets at any time, and achieving the purpose of fine management and control of the important assets. The implementation of the system not only overcomes the limitation of the asset management and control function, but also is convenient for technicians to further design other management and control subsystems which can be integrated with different functions on the basis of the management and control system. Certainly, the researchers in the technical scheme of the invention practice the intermediate schemes adopted in each research and development stage for many times to finally obtain the optimal technical scheme, and meanwhile, the provided technical scheme can relieve, partially solve or completely solve the problems in the prior art and can also meet the application requirements of enterprise asset management and control personnel.
Disclosure of Invention
In order to overcome the problems or at least partially solve or alleviate the problems, the invention provides a method for realizing an enterprise asset in-out warehouse safety management and control system, which flexibly binds important assets such as company vehicles, fixed assets, instruments, operation tools and work sites by using a pasted asset beacon, and deploys a controller in an enterprise key site, so that various state data of the assets can be reported to a platform in real time, the quantity, the position and the state of the assets can be managed and controlled by enterprise management and control personnel at any time, and the purposes of refining important assets and controlling the important assets and facilitating dynamic inventory are achieved.
In order to achieve the purpose, the invention adopts the following technical scheme:
an implementation method of an enterprise asset warehousing and ex-warehouse safety management and control system is used for assisting management and control personnel to master the quantity, position and state information of assets in real time through the management and control system, and comprises the following steps:
i, binding or pasting an asset beacon for transmitting signals for assets to be controlled, and setting a site beacon in a work site in a pasting mode;
II, configuring an APP program applied to the mobile communication equipment for operation of asset management and control personnel and engineering personnel, and after the asset beacons are bound, the asset management and control personnel inputs the information of each bound asset;
deploying and installing a plurality of controllers in key places of an enterprise, inputting information of the controllers which are installed completely by engineering personnel, and collecting asset beacon state data including positions, postures and environmental conditions in the places by the controllers;
arranging a cloud management platform, and uploading the controller installation information and the collected asset beacon state data to the management platform for recording;
v, the asset user uploads the asset information of each process of warehouse delivery, use in a work site, transfer to a client site for use and final warehousing to a management platform so as to record the information of asset movement;
and VI, the safety management and control system for the warehouse entry and exit constructed above is convenient for real-time inventory aiming at the installation information, the asset beacon state data and the asset movement information of the controlled controller.
Among them, the assets to be managed include company vehicles, instrumentation, work tools, or other fixed assets.
For the above technical solutions, if a technician forms a corresponding management and control system, the specific technical means includes:
for the installation of the controller, a plurality of controllers can be deployed in a warehouse to realize full coverage of the warehouse, large-range scanning, real-time monitoring and real-time inventory of asset beacons attached to important assets; accordingly, the controller may preferably employ a low cost bluetooth gateway.
For asset beacons, portable bluetooth tags may be employed; correspondingly, the Bluetooth tag supports a standard ibeacon protocol and a common broadcast protocol, can open a data protocol, is matched with a controller for field assembly, and is used for asset management and control on an area.
In addition, the method can be further implemented for the controller to obtain a corresponding technical scheme:
the preferred controller may employ a bluetooth gateway suitable for asset and personnel management scenarios;
the optimized controller can adopt POE power supply or type-C power supply, and is accessed to the network by Ethernet and 2.4GHz WIFI or 4G, so that data conversion of Bluetooth and MQTT protocols is realized;
the preferred controller employs wide-range real-time scanning of wireless signals for a large number of asset beacons, with synchronized scanning of the large number of asset beacons
According to the method for realizing the warehouse-in and warehouse-out safety management and control system, the mode that important assets such as company vehicles, fixed assets, instruments, operation tools and work sites are bound by pasting asset beacons is skillfully utilized, and then the controller is deployed in key places of an enterprise, so that various states of the assets such as positions, postures, environmental parameters and the like are reported in real time to reach a platform, so that enterprise management and control personnel can manage and control the quantity, positions and states of the assets at any time, the purpose of fine management and control of the important assets is achieved, and meanwhile real-time dynamic inventory of the assets is facilitated.
Drawings
The invention is explained in further detail below with reference to the drawing.
Fig. 1 is a flow chart illustrating an implementation method of an enterprise asset warehousing and ex-warehouse security management and control system implemented by the present invention.
Detailed Description
The implementation method of the enterprise asset output and warehousing security management and control system to be implemented by the invention aims to solve the problems that in the past, only a system is used for implementing asset input and output warehousing security management and control, an active, real-time and accurate management and control system cannot be utilized, fine asset management and control cannot be achieved, the current state cannot be clearly understood in real time, dynamic inventory cannot be achieved, and the like.
The technical scheme implemented by the invention is mainly based on a method for arranging a management and control system and a connection relation among subsystems in the system, so that a technician can conveniently form the in-out warehouse safety management and control system meeting the self application requirements by further implementing corresponding technical means according to different requirements. Therefore, it is obvious that the technical solution of the present invention does not need to limit in detail the types of devices, the types of components, or the assembling manner of the devices that may be adopted, and any device that can be applied by the technical solution of the present invention can be tried to be adopted, and a skilled person can also easily adopt the technical solution of the present invention according to the design requirements of the skilled person. Therefore, if a technician wants to further implement other management and control systems based on the present invention, the designer may choose to utilize some expanding steps, and the designer must reiterate that, for these conventional technical means which are not within the technical solution of the present invention, the specific implementation of the present invention does not need to detail every detail, which is not practical if all the details are listed. Obviously, the technical solution implemented by the present invention is actually an in-warehouse and out-warehouse security management and control system that can be referred and implemented by technicians in the field in combination with conventional technical means, and is not a design of a device connection manner, and technicians perform actual application and testing of the management and control system formed according to the technical solution of the present invention according to different application conditions and use requirements, so as to actually obtain a series of advantages brought by the management and control system, which will be gradually embodied in the following analysis of the in-warehouse and out-warehouse security management and control system.
As shown in fig. 1, the technical solution of the present invention is implemented for the existing problems and feasibility analysis of the technical solution, and the implementation method of the enterprise asset warehousing and ex-warehouse security management and control system implemented can be implemented as follows:
firstly, binding an asset beacon for important assets in an enterprise, pasting the asset beacon at a proper position (on the premise of not influencing actual use) selected by a company vehicle, instrument equipment, a working tool and other fixed assets, setting a site beacon in a pasting mode at a working site, and selecting the type of the beacon according to different application requirements, for example, selecting the beacon which is convenient for signal transmission and is suitable for configuration;
correspondingly, an APP program which can be applied to the mobile communication device is designed by programming, so that asset management and control personnel and engineering personnel can operate the APP program, and after the asset beacon is pasted and bound, the asset management and control personnel enters the bound asset information.
And (II) then, setting a control subsystem, namely deploying and installing a plurality of controllers in key places of the enterprise, and at the moment, entering the information of the bound and pasted assets by asset management and control personnel, and entering the information of the controllers which are installed completely by engineering personnel in an APP program, thereby facilitating the collection of asset beacon state data including positions, postures and environmental conditions in the places.
Arranging a cloud management platform, uploading the installed controller information to the management platform by an engineer through an APP program, recording the installation information of the controller by the platform, and uploading the collected asset beacon state data including the position, the posture and the environmental condition to the management platform to record the state data of the asset beacon.
And (IV) workers of the actual asset application can confirm the used asset state through the APP program, wherein the asset state comprises that the asset is delivered from a warehouse, used in a work place, transferred to a client place for use and finally delivered into a warehouse, and after the information is confirmed step by step according to the process, the information is uploaded to the management platform through the APP program so as to record the information of asset movement.
And (V) since installation information of the controller, asset beacon state data and asset movement information are uploaded to the management platform in real time, the enterprise advanced management and control personnel can check the assets in real time.
According to the implementation method of the enterprise asset warehousing and ex-warehouse safety control system, technicians can select portable Bluetooth tags with small sizes and long running time for the types of asset beacons, the Bluetooth tags have low-power chip design, support standard ibeacon protocols and common broadcast protocols, can open data protocols, and are matched with field-assembled controllers, so that the method can be applied to asset management and control of areas;
further, the selected controller can be a low-cost Bluetooth gateway designed for enterprise asset or personnel management and control, POE power supply or type-C power supply is adopted, the Ethernet and 2.4GHz WIFI or 4G access network are relied on, data conversion of Bluetooth and MQTT protocols is facilitated, the Bluetooth gateway is also a Bluetooth gateway for a main asset and personnel management and control scene, the assembled controller is convenient for scanning wireless signals of a large number of asset beacons in a large range in real time, the scanning range is large and can reach 300 meters, 300 asset beacons can be scanned simultaneously, and concurrency is better.
Further, for the installation of the controller, a plurality of controllers can be deployed in the warehouse to realize full coverage of the warehouse, large-range scanning and real-time monitoring of asset beacons attached to important assets, and the real-time monitoring and real-time inventory of the assets are facilitated.
If the implementation method of the enterprise asset warehousing and ex-warehouse safety management and control system is adopted, if a Bluetooth tag and a Bluetooth gateway are adopted, equipment can be positioned or the motion trail of the equipment can be monitored in a mode of calculating the position of a target and a corresponding beacon, when a management and control person puts goods attached with the Bluetooth asset beacon into a signal coverage range of a Bluetooth node, the Bluetooth node can sense a broadcast signal of the Bluetooth asset beacon, then an RSSI value under a certain Bluetooth asset beacon is measured and calculated and transmitted to a rear-end data server through a wifi network through the Bluetooth gateway, the specific position of a terminal is measured and calculated through a positioning algorithm built in the server, and when the goods with the Bluetooth asset beacon are moved, the goods can be positioned and tracked in real time; in addition, because the Bluetooth asset beacon continuously broadcasts signals and data packets to the surroundings, when the Bluetooth asset beacon is in the signal coverage range of the Bluetooth node, the RSSI values of the Bluetooth asset beacon under different base stations are measured, and then the specific position is measured through a positioning algorithm.
According to the method for realizing the enterprise asset in-out-warehouse safety management and control system, the asset beacon is bound or pasted on the asset to be managed and controlled, and the controller is arranged at the place where the asset is stored and the place where the asset passes through, so that the asset can automatically report various states (including position, posture, environmental parameters and the like) to the platform in real time under any condition, and enterprise management and control personnel can master the quantity, position and state of the managed and controlled asset at any time, and the purpose of fine management and control of important assets is achieved.
In the description herein, the appearances of the phrases "embodiment one," "this embodiment," "specific implementation," and the like in this specification are not necessarily all referring to the same embodiment or example, but rather to the same embodiment or example. In this specification, the schematic representations of the terms used above do not necessarily refer to the same embodiment or example; furthermore, the particular features, structures, materials, or characteristics described may be combined in any suitable manner in any one or more embodiments or examples.
In the description of the present specification, the terms "connect", "mount", "fix", "set", "have", and the like are used in a broad sense, for example, the "connect" may be a fixed connection or an indirect connection through intermediate components without affecting the relationship and technical effects of the components, or may be an integral connection or a partial connection, as in this case, for a person skilled in the art, the specific meaning of the above terms in the present invention can be understood according to specific situations.
The foregoing description of the embodiments is provided to enable any person skilled in the art to make and use the embodiments, and it is to be understood that various modifications may be readily apparent to those skilled in the art, and that the generic principles defined herein may be applied to other embodiments without the use of the inventive faculty. Therefore, the present disclosure is not limited to the above embodiments, and modifications to the following cases should be included within the scope of the present disclosure: (1) based on the technical scheme of the invention and combined with the new technical scheme implemented by the prior common general knowledge, the technical effect generated by the new technical scheme does not exceed the technical effect of the invention, for example, the technical scheme combining binding or pasting of bluetooth asset beacons and deployment of controllers at application sites is adopted to realize the effects of real-time management and control and comprehensive inventory, and the technical scheme does not realize the expected effect beyond the invention; (2) equivalent replacement of part of the characteristics of the technical scheme of the invention by adopting the known technology produces the same technical effect as the invention, for example, equivalent replacement is carried out on the model of the controller and the like; (3) the technical scheme of the invention is used as a basis for expansion, and the essential contents of the expanded technical scheme do not exceed the technical scheme of the invention; (4) the technical means obtained by the equivalent transformation made by the text contents or the attached drawings of the specification of the invention are applied to other schemes in the related technical fields.
Claims (10)
1. An implementation method of an enterprise asset warehousing and ex-warehouse safety management and control system is used for assisting management and control personnel to control the quantity, position and state information of assets in real time through the management and control system, and is characterized by comprising the following steps:
i, binding or pasting an asset beacon for transmitting signals for assets to be controlled, and setting a site beacon in a work site in a pasting mode;
II, configuring an APP program applied to the mobile communication equipment for operation of asset management and control personnel and engineering personnel, and after the asset beacons are bound, the asset management and control personnel inputs the information of each bound asset;
deploying and installing a plurality of controllers in key places of enterprises, inputting information of the completely installed controllers by engineering personnel, and collecting asset beacon state data including positions, postures and environmental conditions in the places by the controllers;
arranging a cloud management platform, and uploading the controller installation information and the collected asset beacon state data to the management platform for recording;
v, asset users upload the asset information of each process of warehouse delivery, use in a work site, transfer to a client site for use and final warehousing to a management platform so as to record the information of asset movement;
and VI, the safety management and control system for the warehouse entry and exit constructed above is convenient for real-time inventory aiming at the installation information, the asset beacon state data and the asset movement information of the controlled controller.
2. The method for implementing the enterprise asset warehousing and ex-warehouse security management and control system of claim 1, wherein: the assets to be managed include company vehicles, instrumentation, work tools, or other fixed assets.
3. The method for implementing the enterprise asset warehousing and ex-warehouse security management and control system of claim 1, wherein: for the installation of the controller, the deployment of a plurality of controllers in the warehouse can be adopted to realize the full coverage, the large-range scanning of the warehouse and the real-time monitoring and the real-time inventory of the asset beacons of the attached important assets.
4. The method for implementing the enterprise asset warehousing and ex-warehouse security management and control system of claim 1, wherein: the asset beacon employs a portable bluetooth tag.
5. The implementation method of the enterprise asset warehousing/ex-warehouse security management and control system as claimed in claim 4, wherein the implementation method comprises the following steps: the controller adopts a low-cost Bluetooth gateway.
6. The method of claim 5, wherein the system comprises: the Bluetooth tag supports a standard ibeacon protocol and a common broadcast protocol, can open a data protocol, is matched with a controller for field assembly, and is used for asset management and control on an area.
7. The method for implementing the enterprise asset warehousing and ex-warehouse security management and control system of claim 1, wherein: the controller adopts a Bluetooth gateway suitable for asset and personnel management and control scenes.
8. The method for implementing an enterprise asset warehousing security management system according to any one of claims 1-7, wherein: the controller adopts POE power supply or type-C power supply, relies on ethernet and 2.4GHz WIFI or 4G access network to do benefit to the data conversion who realizes bluetooth and MQTT agreement.
9. The method for implementing the enterprise asset warehousing and ex-warehouse security management and control system of claim 1, wherein: the controller employs a wide range of real-time scanning for wireless signals of a large number of asset beacons.
10. The method of claim 9, wherein the system comprises: the controller is provided with a synchronized scan of a large number of asset beacons.
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202210310754.1A CN115879857A (en) | 2022-03-28 | 2022-03-28 | Method for realizing safety management and control system for enterprise asset warehouse-in and warehouse-out |
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| Application Number | Priority Date | Filing Date | Title |
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| CN202210310754.1A CN115879857A (en) | 2022-03-28 | 2022-03-28 | Method for realizing safety management and control system for enterprise asset warehouse-in and warehouse-out |
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| CN202210310754.1A Pending CN115879857A (en) | 2022-03-28 | 2022-03-28 | Method for realizing safety management and control system for enterprise asset warehouse-in and warehouse-out |
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