CN210142354U

CN210142354U - Open type automobile laboratory management system based on Internet of things

Info

Publication number: CN210142354U
Application number: CN201920721679.1U
Authority: CN
Inventors: 白海; 庞广龙; 钟治敏
Original assignee: Guangxi Normal University
Current assignee: Guangxi Normal University
Priority date: 2019-05-20
Filing date: 2019-05-20
Publication date: 2020-03-13
Anticipated expiration: 2029-05-20

Abstract

The utility model discloses an open automobile laboratory management system based on thing networking, characterized by: including the server with respectively with server interconnect's electron house plate module, RFID card reader, supervisory equipment and intelligent entrance guard module, the utility model discloses the system can use the laboratory through the cell-phone application when using, managers also can carry out intelligent update to the asset information of laboratory through examining and examining the application condition on the net, can also know the information of laboratory etc. through the electron house plate of laboratory, convenient and fast, existing utilization ratio that is favorable to the student to the laboratory, also be favorable to alleviateing laboratory managers's work burden, realize work efficiency's promotion.

Description

Open type automobile laboratory management system based on Internet of things

Technical Field

The invention relates to the field of automobile laboratory management, in particular to an open type automobile laboratory management system based on the Internet of things.

Background

The traditional automobile laboratory usually uses a manual auditing method, and the method needs to handle various services, and has the advantages of multiple procedures, low efficiency and high working strength. Therefore, a management system for managing based on a network is developed, but the management system has a single function, only manages the traditional laboratory assets, and does not have the real-time intelligent updating function of the assets.

Many problems also occur in the resource management process of the automobile laboratory, for example, when students apply for using the laboratory, the students need to report the resource layer by layer, the method is backward, and the cost of manpower and material resources is high.

In an open management mode of an automobile laboratory, the system cannot be well opened for students due to various limits such as difficult guarantee in safety. In the aspect of asset management, automobile laboratory asset management is generally responsible for by laboratory managers, and in actual operation, generally can not count the goods and materials, just begin to count when school requires to count the goods and materials, because data does not have the renewal for a long time, lead to relevant work all to go on hardly. In the aspect of daily management, laboratory managers can not easily and quickly know which time period laboratories have relevant experimental arrangements and which tools are left, so that laboratory resources can not be opened to students quickly and effectively.

Disclosure of Invention

Aiming at the defects of the prior art, the invention provides an open type automobile laboratory management system based on the Internet of things.

The utility model provides an open car laboratory management system based on thing networking, includes the server and respectively with server interconnect's electron doorplate module, RFID card reader, supervisory equipment and intelligent entrance guard module, wherein:

the server is used for managing and storing all data and providing data service for each node in the system;

the electronic doorplate module is used for displaying the name of the laboratory, the managers, the contact way and the application condition of the managers;

the RFID reader is wirelessly connected with RFID tags on tools and equipment in a laboratory and is used for intelligently managing the tools and the equipment in the laboratory;

the monitoring equipment is used for effectively monitoring the laboratory;

the intelligent access control module corresponds to the setting with the electron door in laboratory to set up the two-dimensional code lock on the electron door.

The two-dimensional code door lock is connected with the two-dimensional code verification switch and used for checking whether the two-dimensional code is effective or not.

The server is also connected with the mobile terminal and is used for realizing the functions of using, borrowing and returning tools and the like of the on-line reservation application laboratory.

The server is also connected with the PC end and used for carrying out intelligent management on the laboratory, examining and approving the use application submitted by the applicant and evaluating the completion condition of the applicant.

Aiming at the defects of multiple procedures, low efficiency and high working strength of the conventional manual auditing method (for handling various services) commonly used in a laboratory, the system can apply for using the laboratory through a mobile phone when in use, managers can intelligently update asset information of the laboratory through online auditing application conditions, and can know information and the like of the laboratory through an electronic doorplate of the laboratory, so that the system is convenient and quick, the utilization rate of students to the laboratory is facilitated, the workload of laboratory managers is lightened, and the improvement of the working efficiency is realized.

Drawings

FIG. 1 is a schematic diagram of the system of the present invention.

Detailed Description

The invention will be further described with reference to the accompanying drawings.

Example (b):

as shown in fig. 1, the open type automobile laboratory management system based on the internet of things of the present invention is composed of a server, and a mobile terminal, a PC terminal, an electronic doorplate, an intelligent access control, an RFID reader and a monitoring device which are respectively connected with the server, wherein:

the mobile terminal is used for realizing the functions of using, borrowing and returning tools and the like of the online reservation application laboratory and providing an online query function, so that an administrator can check the real-time information of the laboratory on the mobile terminal without going to the laboratory;

the PC end is used for carrying out intelligent management on the laboratory, managers carry out corresponding statistics on consumed and newly added articles, the inherent asset quantity of the laboratory can be updated, and the school asset management department checks the assets according to the authority and updates the asset condition; meanwhile, a laboratory administrator examines and approves the use application provided by the applicant and evaluates the completion condition, and a corresponding star grade is generated after each evaluation, so that the evaluation is related to the next application;

after an application user successfully applies for appointment at a mobile terminal, a two-dimensional code for opening a door, namely an electronic key, is generated on the mobile terminal, and then the door is opened by utilizing the two-dimensional code within a specified time to enter a laboratory, so that the technical skill of students is improved, the number of intelligent door controls of the laboratory and the number of electronic doors of the laboratory are not less than one, the intelligent door controls correspond to the electronic doors of the laboratory one by one, the intelligent door controls are provided with two-dimensional code door locks on safety doors of the laboratory, the two-dimensional code for opening the door is generated after the application user successfully applies for the application user to open the door by the two-dimensional code, and a manager enters the laboratory through an effective password or an RFID card; if an experimenter wants to borrow tools or equipment in a laboratory, the code scanning verification switch can be turned on through the two-dimensional code to switch on a power supply for a test bed, then a tool box is turned on by the two-dimensional code to obtain the required tools or equipment, after a user takes the tools or the equipment, an RFID reader on an equipment frame obtains RFID tag distance information on the equipment, the equipment is considered to be borrowed, the information is sent to a server, and the server receives the information and then counts details of the borrowed equipment of the experimenter; after the tools or the equipment are orderly arranged and placed back to the tool box by a user, the RFID label on the tool box receives the return information of the equipment, the information is sent to the server, the server confirms that the tools or the equipment are returned, and the list on the tool or the equipment lending list is eliminated;

the RFID reader monitors the tool borrowing and returning condition of the laboratory at any time, when the tool is not returned on time, the unreturned equipment information is recorded in the storage unit and then is sent to the PC end, and a laboratory manager can clearly know the tool borrowing and returning condition;

the electronic doorplate of the laboratory is connected in a two-way mode through the server, information of different laboratories, laboratory names, managers and contact ways of the laboratories are displayed on the doorplates of the different laboratories, a curriculum schedule is generated according to the condition that the laboratories are applied for use by the system and then displayed on the electronic doorplate of the laboratory, and students or teachers can apply for spare time of the laboratories according to the information of the electronic doorplates, so that the system is convenient and quick;

the monitoring equipment effectively monitors a laboratory, and is convenient for case-based check under the condition that the equipment is not damaged clearly.

To sum up, this open car laboratory management system based on thing networking, through server difference both way junction cell-phone mobile terminal and PC end application, need not the special messenger management, student or mr who has the demand only need apply for at cell-phone mobile terminal and use the laboratory, then experiment managers audits and passes through and can use, compare the flow of present laboratory application, great improvement application efficiency, loaded down with trivial details flow has been detached, everybody's time has been saved, existing utilization ratio that is favorable to improving the student to the laboratory, also be favorable to alleviateing laboratory managers's work burden, and realize work efficiency's promotion.

The system adopts the automatic management reservation mode of the Internet of things, the number of idle laboratories is conveniently inquired at any time, the specific use conditions of all tools and equipment in the laboratories are counted, the loss and damage conditions of the tools and the equipment are conveniently managed at any time, the labor cost is saved, the management efficiency is improved, and convenience is brought to users for reservation experiments and borrowing and returning of the tools.

The foregoing embodiments and description have been presented only to illustrate the principles and best mode of the invention, and various changes and modifications may be made therein without departing from the spirit and scope of the invention as hereinafter claimed.

Claims

1. The utility model provides an open car laboratory management system based on thing networking which characterized by: including the server with respectively with server interconnect's electron house plate module, RFID card reader, supervisory equipment and intelligent entrance guard module, wherein:

the RFID reader is wirelessly connected with RFID tags on tools and equipment in a laboratory;

the intelligent access control module corresponds the setting with the electron door in laboratory to set up the two-dimensional code lock on the electron door, the two-dimensional code lock is connected with the two-dimensional code verification switch.

2. The internet of things-based open automotive laboratory management system of claim 1, wherein: the server is also connected with the mobile terminal.

3. The internet of things-based open automotive laboratory management system of claim 1, wherein: the server is also connected with the PC end.