CN111080920A - Tool borrowing and returning system and method - Google Patents
Tool borrowing and returning system and method Download PDFInfo
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- CN111080920A CN111080920A CN201911274152.XA CN201911274152A CN111080920A CN 111080920 A CN111080920 A CN 111080920A CN 201911274152 A CN201911274152 A CN 201911274152A CN 111080920 A CN111080920 A CN 111080920A
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07F—COIN-FREED OR LIKE APPARATUS
- G07F17/00—Coin-freed apparatus for hiring articles; Coin-freed facilities or services
- G07F17/10—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property
- G07F17/12—Coin-freed apparatus for hiring articles; Coin-freed facilities or services for means for safe-keeping of property, left temporarily, e.g. by fastening the property comprising lockable containers, e.g. for accepting clothes to be cleaned
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/30—Information retrieval; Database structures therefor; File system structures therefor of unstructured textual data
- G06F16/33—Querying
- G06F16/335—Filtering based on additional data, e.g. user or group profiles
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F16/00—Information retrieval; Database structures therefor; File system structures therefor
- G06F16/30—Information retrieval; Database structures therefor; File system structures therefor of unstructured textual data
- G06F16/35—Clustering; Classification
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00571—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys operated by interacting with a central unit
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00896—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys specially adapted for particular uses
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Abstract
The invention discloses a tool borrowing and returning system and a tool borrowing and returning method, wherein the tool borrowing and returning system comprises an accommodating unit, a control unit, a detection unit, mobile equipment and a plurality of tools; the accommodating unit comprises an accommodating frame, the accommodating frame is provided with an auxiliary control module and an auxiliary control communication module, a plurality of accommodating spaces are formed in the accommodating frame, and each accommodating space is provided with a unique accommodating space identification code and an electronic lock; the control unit comprises a server, and the server comprises a main control module, a main control communication module capable of communicating with the auxiliary control communication module, a database and a recommendation module; the mobile equipment can be in communication connection with the master control communication module, and is provided with a borrowing and returning client, wherein the borrowing and returning client comprises a client identity identification module capable of identifying the identity of a user and a client interaction module capable of acquiring a user instruction; a number of tools, each tool having a unique tool identification code. The invention provides an intelligent recommendation function, simplifies the borrowing and returning operation process and has the advantages of convenience and quickness.
Description
Technical Field
The invention relates to the technical field of intelligent borrowing and returning management, in particular to a tool borrowing and returning system and a borrowing and returning method.
Background
At present, most of existing tool management systems are implemented in a mode that a terminal computer runs client software, specifically, a user logs in by using the terminal computer, inputs tools to be borrowed, fills borrowing logs, borrowing quantity and the like, the terminal computer sends borrowing information to a server computer, the server computer checks whether enough tools remain, borrowing result information is returned to the terminal computer, and then staff manually take the tools in corresponding quantity. The existing tool management system has the following problems: 1. the borrowing and returning process is inconvenient. The user needs to input information such as tool name and model number on the terminal computer to find the tool which the user wants to borrow. 2. Inconvenient carrying and high cost. The use of a terminal computer as a carrier for the client software is too cumbersome and requires additional costs as well as space. 3. The intelligent recommendation function is lacking. The system cannot automatically recommend tools for the user, and when the user needs to borrow a plurality of tools, the user needs to input the names and models of the tools of a plurality of types. Therefore, the existing tool management system is not beneficial to improving the working efficiency of operators.
Disclosure of Invention
The invention aims to overcome the problems in the prior art, provides a tool borrowing and returning system and a borrowing and returning method, provides an intelligent recommendation function, simplifies the borrowing and returning operation process and has the advantages of convenience and quickness.
The purpose of the invention is mainly realized by the following technical scheme:
the tool borrowing and returning system comprises an accommodating unit, a control unit, a detection unit, mobile equipment and a plurality of tools;
the accommodating unit comprises an accommodating frame, the accommodating frame is provided with an auxiliary control module and an auxiliary control communication module, a plurality of accommodating spaces are arranged on the accommodating frame, each accommodating space is provided with a unique accommodating space identification code and an electronic lock, and the accommodating space identification code, the electronic lock and the auxiliary control communication module are connected with the auxiliary control module;
the control unit comprises a server, the server comprises a main control module, a main control communication module capable of communicating with the auxiliary control communication module, a database and a recommendation module, and the main control communication module, the database and the recommendation module are all connected with the main control module;
each accommodating space is internally provided with a detection unit, and each detection unit comprises a camera, a weight sensor and a smoothness detection sensor which are connected with the auxiliary control module;
the mobile equipment can be in communication connection with the master control communication module, and is provided with a borrowing and returning client, wherein the borrowing and returning client comprises a client identity identification module capable of identifying the identity of a user and a client interaction module capable of acquiring a user instruction;
a number of tools, each tool having a unique tool identification code.
In the invention, the auxiliary control communication module is used for communicating with the main control communication module so as to realize the communication of information and instructions between the server and the accommodating frame, and the auxiliary control module is used for controlling the switch of the electronic lock so as to facilitate the borrowing and returning of tools. The containing space identification code is identity information of the containing space, the position acquisition device can acquire the position information of each containing space, the tool identification code is identity information of the tool, and a plurality of tools with the same model can be placed in the same containing space. The database contains the identification code information of the storage space of the tool in addition to the information of the identity, name, type, manufacturer, stock and the like of the tool. The recommending module is used for learning the database and forming a corresponding classification model so as to recommend a corresponding tool list quickly according to the instruction of a user.
The system can be used for carrying out hierarchical management and comprises a user, a maintainer, an administrator and the like, different personnel have different authorities, and if the user is the user, the system has tool borrowing and returning qualification, and meanwhile, the system can list the positions and states of the tools frequently used by the user according to the historical condition of the user. If the tool is a maintenance person, the system has tool maintenance qualification, and simultaneously, the system can list the position where the tool is easy to damage according to the maintenance tool record so as to facilitate timely processing. If the manager is the administrator and has the tool management qualification (including borrowing, releasing, recovering and maintaining), the system can list the use condition of the tool according to the history record, such as the user ID, the use times, the maintenance times and the like of the corresponding tool, so as to facilitate daily management. The client interaction module is used for realizing corresponding operations of the user on the tool, including but not limited to query, borrowing and returning, releasing, recovering, maintaining and the like.
In the detection unit, a camera shoots appearance pictures of the tool at a certain period, the tool outline is scanned through a control algorithm, meanwhile, the weight of the tool is detected by combining a weight sensor, the results of the two sensors are compared with the outline and the weight of the tool in a normal state, and whether the tool is damaged or not is judged according to the comparison result. And if the surface smoothness is normal, detecting the surface smoothness of the tool by using the smoothness detection sensor. The smoothness test can determine if the tool is slightly worn. The detection results are transmitted to the server, and the server transfers the data to the mobile equipment, and if the mobile equipment needs maintenance, a maintenance person is informed.
Besides automatic detection, when the tool is damaged in the using process of a user, the user can also describe the damage condition of the tool through the client interaction module during returning. The system may then automatically indicate the tool as a no-loan, pending service condition, displayed on both the server and the mobile terminal, and notify the service person to perform the service. The maintenance person can look over the instrument of waiting to maintain through mobile terminal.
Further, the database comprises a tool information base, a tool history base, a borrowing and returning log base and a user information base.
In the invention, the user information base comprises the identity information of each user and corresponding use qualification, and can be divided into an administrator, a maintainer and a user. The tool information base contains the corresponding information of the name, type, manufacturer, stock, state and the like of all tools, and the tools of the same type have unique tool identification codes. The tool history library comprises records of borrowing and returning, releasing and recovering, maintaining and the like of the tools, when a user performs borrowing and returning operations or a maintainer performs maintaining, the tool history library is modified simultaneously, and each operation causes the server to add one record to the tool history library. The borrowing and returning log library is a database formed by independent editing of a user, and comprises the purposes to be carried out by the user by using tools, such as 'repairing a transformer of a xxx cell', the borrowing and returning log library is also an important database used for learning by a recommendation module, and also comprises abnormal information edited when the user returns the tools, such as 'damage of the xxx tools', so that the database can feed back to a server to limit the borrowing and returning of the tools, and only allows the tools to carry out management operations such as repairing or recycling.
Further, the client interaction module comprises a tool query interaction module, a tool borrowing and returning interaction module, a tool maintenance interaction module and a tool management interaction module.
In the invention, the tool inquiry interaction module is used for inquiring tool information, including the state of a specific tool, whether the tool is borrowed or the borrowing time, and whether the tool is maintained or the maintenance time is maintained. The tool borrowing and returning interaction module is used for borrowing and returning the tool, the borrowing and returning log library editing can be carried out during borrowing and returning, and each operation can increase a record for the database of the server. The tool maintenance interaction module is used for carrying out maintenance and return operations of the tool, and each operation can increase a record in the database of the server. The tool management interaction module is used for carrying out operations such as putting in of new tools, recycling of waste tools, modification of tool information and the like, and each operation can enable a record to be added to a database of the server.
Further, the user identity may be displayed on the user's client interface with tools that are frequently used, depending on how frequently the user uses the tools, and may also be displayed with tool status, whether maintenance is available, who borrows the tools, borrowing time, and the like. Specifically, the borrowing status of the tool can be displayed by two tracks, namely a time track, and the borrowing frequency of the tool is displayed by taking the time x axis, the using times and the using duration as the y axis. And calculating the average tool utilization rate and the borrowed time interval according to the data. The other is the user trajectory, with time as the x-axis and the user as the y-axis, which plots the trajectory by which the tool was borrowed.
Further, the recommendation module includes a text classifier coupled to the database.
In the invention, the text classifier is the prior art, can select a fastText classifier, and is a high-speed text classification dependency library based on machine learning. It allows the service to "learn" the relationship between the borrowing and returning log library and the borrowing tool, so that the log is divided into n classes, where n is the number of types of tools, and the learning result will generate a classification model. When the classification model is obtained, the classification model can be used for performing a later recommendation function. When the user needs to borrow the tool, after the borrowing reason is input as a log by the borrowing client side and sent to the server, the server carries out calculation based on a classification model on the log, classifies the log into a certain kind of tool, and then returns the classification result (namely the recommended tool) to the borrowing client side application of the user. Therefore, the user can conveniently carry out batch borrowing and returning operation.
Furthermore, the accommodating frame is provided with a station identity recognition module and a station interaction module which can recognize the identity of a user, the station interaction module comprises a station display terminal which can acquire instructions and display interaction information, and the station identity recognition module and the station interaction module are both connected with the auxiliary control module.
In the invention, a user can directly perform tool borrowing and returning operations on the station display terminal on the accommodating frame. The site identity identification module is used for identifying identity information of the user to judge whether the user has corresponding use qualification, such as borrowing and returning, maintenance, releasing and recycling and the like, and the site interaction module is used for realizing corresponding operation of the user on the tool. The site interaction module may refer to a client interaction module of the borrowing and returning client.
Further, the accommodating shelf is also provided with a station tool identification module capable of identifying the tool identification code and a station accommodating space identification module capable of identifying the accommodating space identification code.
In the invention, the user can scan the tool identification code information on the tool through the site tool identification module to carry out the return operation. The tool to be borrowed is selected from the borrowing and returning client, the accommodating space identification code information of the position of the tool is obtained, the corresponding accommodating space identification code is generated, and when the tool to be borrowed moves to the accommodating frame, the corresponding electronic lock is opened by the identification of the accommodating space identification code information through the station tool identification module, so that the maintenance or the recovery operation of a user is facilitated.
Further, the client identity recognition module comprises a client identity identification code;
the containing frame is provided with an unlocking identification module capable of identifying the identity identification code of the client.
When the method is applied, the user can perform corresponding operation by using the unlocking identification module to identify the client identity identification code. Therefore, the problem that tools are lost due to the fact that the users are far away from the accommodating frame when the users borrow and return the client side can be avoided.
Furthermore, the accommodating space is provided with a stop door made of transparent materials, and a plurality of suspension devices are arranged in the accommodating space;
the borrowing and returning client also comprises a client tool identification module capable of identifying the tool identification code and a client accommodation space identification module capable of identifying the accommodation space identification code.
In the invention, a user can directly identify the tool identification code of the required tool through the shutter through the client tool identification module to select the required tool information, and then corresponding operation is carried out through the client interaction module. The user can also identify the accommodating space identification code through the client accommodating space identification module to carry out rapid releasing or recycling operation. The weight sensor should be located the bottom of accommodation space, and camera and smoothness detection sensor can be located the top of accommodation space.
A tool borrowing and returning method, comprising: using a tool borrowing and returning system, wherein the tool borrowing and returning system comprises a containing unit, a control unit, a detection unit, a mobile device and a plurality of tools;
the accommodating unit comprises an accommodating frame, the accommodating frame is provided with an auxiliary control module and an auxiliary control communication module, a plurality of accommodating spaces are arranged on the accommodating frame, each accommodating space is provided with a unique accommodating space identification code and an electronic lock, and the accommodating space identification code, the electronic lock and the auxiliary control communication module are connected with the auxiliary control module; the accommodating frame is provided with a station identity recognition module and a station interaction module which can recognize user identities, the station interaction module comprises a station display terminal which can acquire instructions and display interaction information, the station identity recognition module and the station interaction module are both connected with the auxiliary control module, the accommodating frame is also provided with a station tool recognition module which can recognize the tool identification code and a station accommodating space recognition module which can recognize the accommodating space identification code, and the station tool recognition module and the station accommodating space recognition module are uniformly connected with the auxiliary control module;
the control unit comprises a server, the server comprises a main control module, a main control communication module, a database and a recommendation module, the main control communication module can be communicated with the auxiliary control communication module, the main control communication module, the database and the recommendation module are all connected with the main control module, the database comprises a tool information base, a tool history base, a borrowing and returning log base and a user information base, and the recommendation module comprises a text classifier connected with the database;
each accommodating space is internally provided with a detection unit, and each detection unit comprises a camera, a weight sensor and a smoothness detection sensor which are connected with the auxiliary control module;
the mobile equipment can be in communication connection with the master control communication module, the mobile equipment is provided with a borrowing and returning client, the borrowing and returning client comprises a client identity recognition module capable of recognizing the identity of a user and a client interaction module capable of acquiring a user instruction, the client interaction module comprises a tool query interaction module, a tool borrowing and returning interaction module, a tool maintenance interaction module and a tool management interaction module, and the borrowing and returning client is further provided with a client tool recognition module capable of recognizing the tool identification code and a client accommodating space recognition module capable of recognizing the accommodating space identification code;
a plurality of tools, each tool having a unique tool identification code;
the borrowing management includes the following processes:
1) the client identity recognition module recognizes the user identity information, the borrowing and returning client uploads the user identity information to the main control module, and the use permission of the user is confirmed through the comparison of the database;
2) when a user has a tool management right, a management operation interface is displayed on a borrowing and returning client, the management operation interface comprises tool management and user management, the user edits user information on an operation interface of a tool management interaction module, a corresponding record is added to a user information base, the user edits tool information on the management operation interface, a corresponding record is added to a tool information base and a tool history base, and when the user manages tools, a main control module opens an electronic lock of a corresponding accommodating space through an auxiliary control module to release or recover the tools;
3) when the user has the tool borrowing and returning right, a borrowing and returning operation interface is displayed on the borrowing and returning client, the user can inquire, borrow and return the operation interface of the tool borrowing and returning interaction module, when the borrowing and returning operation is carried out, the user can edit information, a borrowing and returning log library and a tool history library can increase corresponding records, and when the borrowing and returning log library has repair records, the tool information library can be instructed by the master control module to change the tool state; when the user borrows and returns the tools, the pushing module can push a batch tool list to the user according to a user instruction, the user can directly carry out batch operation on the tool list, and the main control module can open the electronic lock of the corresponding accommodating space through the auxiliary control module so as to borrow and return the tools;
4) when the user has the tool maintenance right, a maintenance operation interface is displayed on the borrowing and returning client, the user carries out maintenance operation on the operation interface of the tool maintenance interaction module, the user can edit information during maintenance operation, and corresponding records are added to the tool history library and the tool information library; when the user maintains the tool, the main control module can open the electronic lock of the corresponding accommodating space through the auxiliary control module so as to take out and return the tool;
5) when a user needs to take out a tool quickly, the user starts a tool identification code of a specific tool in the accommodating space on an operation interface of the client side interaction module, then directly and correspondingly operates the tool on the operation interface, and the main control module starts an electronic lock of the corresponding accommodating space according to an instruction;
6) when a user needs to operate tools in batch on a borrowing and returning client, the user starts a client accommodating space identification module to identify an accommodating space identification code of a specific accommodating space on an operation interface of a client interaction module, then directly correspondingly operates all tools in the accommodating space on the operation interface, and a main control module starts an electronic lock of the corresponding accommodating space according to an instruction;
7) the site identity recognition module recognizes user identity information, the auxiliary control module uploads the user identity information to the main control module, the use authority of the user is confirmed through database comparison, and the user can correspondingly operate on the site interaction module;
8) when a user needs to return the tool quickly, the user starts the tool identification code of the tool identified by the site tool identification module on the operation interface of the site interaction module, then directly carries out corresponding operation on the tool on the operation interface, and the auxiliary control module opens the electronic lock of the corresponding accommodating space according to the instruction;
9) when a user needs to operate tools on the site interaction module in batch, the user starts the site accommodation space identification module to identify the accommodation space identification code of the accommodation space on the operation interface of the site interaction module, then directly and correspondingly operates all tools in the accommodation space on the operation interface, and the auxiliary control module starts the electronic lock of the corresponding accommodation space according to an instruction;
10) the automatic detection function, the outward appearance photo of instrument in the accommodation space is gathered to the camera, weight sensor gathers the weight data of instrument, the smoothness data that the smoothness detected sensor gathered the instrument, calculate and contrast predetermined data and picture through host system, judge whether the instrument has the damage to in conveying the testing result to the server, the server conveys aforementioned data to mobile device, if have the damage, then can remind the maintainer to maintain through the mobile device and handle.
Further, the tool borrowing system further comprises: the client identity recognition module comprises a client identity identification code; the accommodating frame is provided with an unlocking identification module capable of identifying the identity identification code of the client;
the borrowing and returning management further comprises the following processes:
the user generates the client identity identification code on the operation interface of the client interaction module through the client identity identification module, and the user can correspondingly operate on the client interaction module by starting the unlocking identification module to identify the client identity identification code on the operation interface of the site interaction module.
The invention has the following beneficial effects:
1. in the invention, the user installs the borrowing and returning client on the mobile equipment, and can quickly perform tool inquiry, borrowing and returning, maintenance and management operations on the mobile equipment through the communication connection between the mobile equipment and the master control communication module, thereby not only being convenient for the user to carry, but also greatly simplifying the operation flow.
2. The tool borrowing and returning system provided by the invention relates to a recommending module, a corresponding classification model can be established through the learning of the borrowing and returning log library by the recommending module, and after a log instruction is input by a user, the system can quickly recommend a corresponding tool list to the user, so that the user can conveniently borrow and return tools in batches.
3. According to the invention, through the setting of the client identity identification code and the unlocking identification module, the user can perform corresponding operation on the client interaction module by using the unlocking identification module to identify the client identity identification code. Therefore, the problem that tools are lost due to the fact that the users are far away from the accommodating frame when the users borrow and return the client side can be avoided.
4. According to the tool storage device, the detection unit is arranged, so that the automatic detection function can be performed on the tool in the containing space, the damaged tool can be maintained in time, and the convenience of tool management can be greatly improved.
Drawings
FIG. 1 is a block diagram of a tool borrowing and returning system according to the present invention;
FIG. 2 is a block diagram of one embodiment of a containment rack of the tool borrowing system of the present invention;
FIG. 3 is a block diagram of one embodiment of a server in the tool borrowing system according to the present invention;
FIG. 4 is a block diagram of one embodiment of a mobile device in the tool borrowing system according to the present invention;
fig. 5 is a schematic structural view of an embodiment of a receiving rack in the tool borrowing and returning system according to the present invention.
The names corresponding to the reference numbers in the drawings are as follows: 1. a containing frame, 2, a containing space, 3, a containing space identification code, 4, an electronic lock, 5, an auxiliary control module, 6, an auxiliary control communication module, 7, a main control module, 8, a main control communication module, 9, a database, 10, a text classifier, 11, a recommendation module, 12, a client interaction module, 13, a client identification module, 14, a client tool identification module, 15, a tool information base, 16, a tool history base, 17, a borrowing and returning log base, 18, a site display terminal, 19, a site tool identification module, 20, a site identification module, 21, a position acquisition device, 22, a tool borrowing and returning interaction module, 23, a tool maintenance interaction module, 24, a tool management interaction module, 25, a tool query interaction module, 26, a tool, 27, a tool identification code, 28, a client identification code, 29 and an unlocking identification module, 30. the system comprises a hanging device, 31, a client accommodating space identification module, 32, a station accommodating space identification module, 33, a user information base, 34, a camera, 35, a weight sensor, 36 and a smoothness detection sensor.
Detailed Description
The present invention will be described in further detail with reference to examples and drawings, but the present invention is not limited to these examples.
Example 1
As shown in fig. 1 to 5, the tool borrowing and returning system includes a containing unit, a control unit, a detection unit, a mobile device and a plurality of tools 26;
the accommodating unit comprises an accommodating frame 1, the accommodating frame 1 is provided with an auxiliary control module 5 and an auxiliary control communication module 6, a plurality of accommodating spaces 2 are arranged on the accommodating frame 1, each accommodating space 2 is provided with a unique accommodating space identification code 3 and an electronic lock 4, and the accommodating space identification codes 3, the electronic locks 4 and the auxiliary control communication module 6 are connected with the auxiliary control module 5;
the control unit comprises a server, the server comprises a main control module 7, a main control communication module 8 capable of communicating with the auxiliary control communication module 6, a database 9 and a recommendation module 11, and the main control communication module 8, the database 9 and the recommendation module 11 are all connected with the main control module 7;
each accommodating space 2 is internally provided with a detection unit, and the detection unit comprises a camera 34 connected with the auxiliary control module 7, a weight sensor 35 and a smoothness detection sensor 36;
the mobile equipment can be in communication connection with the master control communication module 8, and is provided with a borrowing and returning client, and the borrowing and returning client comprises a client identity recognition module 13 capable of recognizing the identity of a user and a client interaction module 12 capable of acquiring a user instruction;
a number of tools 26, each tool 26 having a unique tool identification code 27.
In this embodiment, the accommodating shelf 1 may be provided in plurality, and each accommodating shelf 1 may be provided with the position acquiring device 21, so that the position information of the accommodating shelf 1 can be acquired. The client identity module 13 may obtain identity information through a registration method, and perform identification through a login method. The accommodation space identification code 3 and the tool identification code 27 may both adopt two-dimensional identification codes. The mobile device can be a smart phone. Both the weight sensor and the smoothness detection sensor may be of the prior art and will not be described in detail herein.
Preferably, the database 9 includes a tool information library 15, a tool history library 16, a loan log library 17, and a user information library 33.
In this embodiment, the tool information library 15, the borrowing/returning log library 17, and the user information library 33 need to be edited by a user, and the tool history library 16 may be automatically generated. The tool information library 15 may also contain tool rework discard information.
Preferably, the client interaction module 12 includes a tool query interaction module 25, a tool borrowing interaction module 22, a tool maintenance interaction module 23, and a tool management interaction module 24.
In this embodiment, the tool query interaction module 25 may view tool information and may also view statistical borrowing tracks, which are listed in a graphical manner, and the frequency of tools borrowing is displayed by taking the time x axis, the number of times used, and the duration of being used as the Y axis. And calculating the average tool utilization rate and the borrowed time interval according to the data. The user track is drawn by the borrower for the y axis with time as the x axis according to the user to whom the tool is borrowed.
Preferably, the recommendation module 11 comprises a text classifier 10 connected to the database 9.
In this embodiment, the text classifier 10 selects a text classifier based on fasttext.
Preferably, the accommodating frame 1 is provided with a station identity recognition module 20 and a station interaction module, the station interaction module includes a station display terminal 18 capable of acquiring instructions and displaying interaction information, and both the station identity recognition module 20 and the station interaction module are connected to the auxiliary control module 5.
In this embodiment, the site interaction module may refer to the client interaction module 12; the station identification module 20 may refer to the client identification module 13.
Preferably, the housing shelf 1 further has a station tool recognition module 19 capable of recognizing the tool identification code 27 and a station housing space recognition module 32 capable of recognizing the housing space identification code 3.
Preferably, the client identification module 13 includes a client identification code 28;
the receiving rack 1 has an unlocking recognition module 29 that can recognize the client identification code 28.
In this embodiment, the client id 28 may also be a two-dimensional code.
Preferably, the accommodating space 2 is provided with a door made of transparent material, and a plurality of suspension devices 30 are arranged in the accommodating space 2;
the borrowing and returning client also has a client tool identification module 14 capable of identifying the tool identification code 27 and a client accommodation space identification module 31 capable of identifying the accommodation space identification code 3.
In this embodiment, the hanging device 30 can be selected from a hook, a hanger, etc. to allow the tool identification code 27 to face the door when the tool 26 is placed.
Example 2
A tool borrowing method uses a tool borrowing system which comprises a containing unit, a control unit, a detection unit, a mobile device and a plurality of tools 26;
the accommodating unit comprises an accommodating frame 1, the accommodating frame 1 is provided with an auxiliary control module 5 and an auxiliary control communication module 6, a plurality of accommodating spaces 2 are arranged on the accommodating frame 1, each accommodating space 2 is provided with a unique accommodating space identification code 3 and an electronic lock 4, and the accommodating space identification codes 3, the electronic locks 4 and the auxiliary control communication module 6 are connected with the auxiliary control module 5; the accommodating frame 1 is provided with a station identity recognition module 20 and a station interaction module which can recognize user identities, the station interaction module comprises a station display terminal 18 which can acquire instructions and display interaction information, the station identity recognition module 20 and the station interaction module are both connected with the auxiliary control module 5, the accommodating frame 1 is further provided with a station tool recognition module 19 which can recognize the tool identification code 27 and a station accommodating space recognition module 32 which can recognize the accommodating space identification code 3, and the station tool recognition module 19 and the station accommodating space recognition module 32 are uniformly connected with the auxiliary control module 5;
the control unit comprises a server, the server comprises a main control module 7, a main control communication module 8, a database 9 and a recommendation module 11, the main control communication module 8, the database 9 and the recommendation module 11 can be communicated with the auxiliary control communication module 6, the main control communication module 8, the database 9 and the recommendation module 11 are all connected with the main control module 7, the database 9 comprises a tool information base 15, a tool history base 16, a borrowing and returning log base 17 and a user information base 33, and the recommendation module 11 comprises a text classifier 10 connected with the database 9;
each accommodating space is internally provided with a detection unit, and each detection unit comprises a camera, a weight sensor and a smoothness detection sensor which are connected with the auxiliary control module;
the mobile equipment can be in communication connection with the master control communication module 8, the mobile equipment is provided with a borrowing and returning client, the borrowing and returning client comprises a client identity recognition module 13 capable of recognizing the identity of a user and a client interaction module 12 capable of acquiring a user instruction, the client interaction module 12 comprises a tool query interaction module 25, a tool borrowing and returning interaction module 22, a tool maintenance interaction module 23 and a tool management interaction module 24, and the borrowing and returning client is further provided with a client tool recognition module 14 capable of recognizing the tool identification code 27 and a client accommodating space recognition module 31 capable of recognizing the accommodating space identification code 3;
a plurality of tools 26, each tool 26 having a unique tool identification code 27;
the borrowing management includes the following processes:
1) the client identity recognition module recognizes the user identity information, the borrowing client uploads the user identity information to the main control module 7, and the use authority of the user is confirmed through comparison of the database 9;
2) when a user has a tool management right, a management operation interface, including tool management and user management, is displayed on the borrowing and returning client, the user edits user information on the operation interface of the tool management interaction module 24, a corresponding record is added to the user information library 33, the user edits tool information on the management operation interface, a corresponding record is added to the tool information library 15 and the tool history library 16, and when the user manages tools, the main control module 7 opens an electronic lock of the corresponding accommodating space 2 through the auxiliary control module 5 to release or recover the tools 26;
3) when the user has the tool borrowing and returning authority, a borrowing and returning operation interface is displayed on the borrowing and returning client, the user can inquire, borrowing and returning on the operation interface of the tool borrowing and returning interaction module 22, when the user performs borrowing and returning operation, the user can edit information, corresponding records are added in the borrowing and returning log library 17 and the tool history library 16, and when the borrowing and returning log library 17 has repair records, the tool information library 15 is instructed by the master control module 7 to change the state of the tool 26; when the user borrows and returns the tools, the pushing module 11 pushes a batch tool list to the user according to a user instruction, the user can directly perform batch operation on the tool list, and the main control module 7 opens the electronic lock of the corresponding accommodating space 2 through the auxiliary control module 5 so as to borrow and return the tools 26;
4) when the user has the tool maintenance right, a maintenance operation interface is displayed on the borrowing and returning client, the user performs maintenance operation on the operation interface of the tool maintenance interaction module 23, the user can edit information during maintenance operation, and corresponding records are added to the tool history library 16 and the tool information library 15; when the user maintains the tool, the main control module 7 opens the electronic lock of the corresponding accommodating space 2 through the auxiliary control module 5 to take out and return the tool 26;
5) when a user needs to take out a tool quickly, the user starts the tool identification code 27 of the specific tool 26 in the accommodating space 2 by the tool identification module 14 on the operation interface of the client interaction module, then directly and correspondingly operates the tool 26 on the operation interface, and the main control module 7 starts the electronic lock of the corresponding accommodating space 2 according to the instruction;
6) when a user needs to operate tools in batch on a borrowing client, the user starts the client accommodating space identification module 31 to identify the accommodating space identification code 3 of the specific accommodating space 2 on an operation interface of the client interaction module, then directly correspondingly operates all tools 26 in the accommodating space 2 on the operation interface, and the main control module 7 starts the electronic lock of the corresponding accommodating space 2 according to an instruction;
7) the site identity recognition module 20 recognizes the user identity information, the auxiliary control module uploads the user identity information to the main control module 7, the use authority of the user is confirmed through comparison of the database 9, and the user can correspondingly operate on the site interaction module;
8) when a user needs to return the tool quickly, the user starts the tool identification code 27 of the tool 26 identified by the station tool identification module 19 on the operation interface of the station interaction module, then directly performs corresponding operation on the tool 26 on the operation interface, and the auxiliary control module 5 starts the electronic lock of the corresponding accommodating space 2 according to the instruction;
9) when a user needs to operate tools on the site interaction module in batch, the user starts the site accommodation space identification module to identify the accommodation space identification code 3 of the accommodation space 2 on an operation interface of the site interaction module, then directly and correspondingly operates all tools 26 in the accommodation space 2 on the operation interface, and the auxiliary control module 7 starts the electronic lock of the corresponding accommodation space 2 according to an instruction;
10) the automatic detection function, the outward appearance photo of instrument in the accommodation space is gathered to the camera, weight sensor gathers the weight data of instrument, the smoothness data that the smoothness detected sensor gathered the instrument, calculate and contrast predetermined data and picture through host system, judge whether the instrument has the damage to in conveying the testing result to the server, the server conveys aforementioned data to mobile device, if have the damage, then can remind the maintainer to maintain through the mobile device and handle.
Preferably, the tool borrowing system further comprises: the client identity recognition module 13 comprises a client identity identification code 28;
the containing frame 1 is provided with an unlocking identification module 29 capable of identifying the client identity code 28;
the borrowing and returning management further comprises the following processes:
the user generates the client identity identification code 28 through the client identity identification module 13 on the operation interface of the client interaction module, and the user can correspondingly operate on the client interaction module 12 by starting the unlocking identification module 29 to identify the client identity identification code 28 on the operation interface of the site interaction module.
The foregoing is a more detailed description of the present invention in connection with specific preferred embodiments thereof, and it is not intended that the specific embodiments of the present invention be limited to these descriptions. For those skilled in the art to which the invention pertains, other embodiments that do not depart from the gist of the invention are intended to be within the scope of the invention.
Claims (10)
1. The tool borrowing and returning system is characterized in that: comprises an accommodating unit, a control unit, a detection unit, a mobile device and a plurality of tools (26);
the accommodating unit comprises an accommodating frame (1), the accommodating frame (1) is provided with an auxiliary control module (5) and an auxiliary control communication module (6), a plurality of accommodating spaces (2) are formed in the accommodating frame (1), each accommodating space (2) is provided with a unique accommodating space identification code (3) and an electronic lock (4), and the accommodating space identification codes (3), the electronic locks (4) and the auxiliary control communication module (6) are connected with the auxiliary control module (5);
the control unit comprises a server, the server comprises a main control module (7), a main control communication module (8) capable of communicating with the auxiliary control communication module (6), a database (9) and a recommendation module (11), and the main control communication module (8), the database (9) and the recommendation module (11) are all connected with the main control module (7);
each accommodating space (2) is internally provided with a detection unit, and each detection unit comprises a camera (34) connected with the auxiliary control module (7), a weight sensor (35) and a smoothness detection sensor (36);
the mobile equipment can be in communication connection with the master control communication module (8), and is provided with a borrowing and returning client, wherein the borrowing and returning client comprises a client identity identification module (13) capable of identifying the identity of a user and a client interaction module (12) capable of acquiring a user instruction;
a number of tools (26), each tool (26) having a unique tool identification code (27).
2. The tool borrowing system according to claim 1, wherein: the database (9) comprises a tool information base (15), a tool history base (16), a borrowing and returning log base (17) and a user information base (33).
3. The tool borrowing system according to claim 1, wherein: the client interaction module (12) comprises a tool query interaction module (25), a tool borrowing and returning interaction module (22), a tool maintenance interaction module (23) and a tool management interaction module (24).
4. The tool borrowing system according to claim 1, wherein: the recommendation module (11) comprises a text classifier (10) connected to the database (9).
5. The tool borrowing system according to claim 1, wherein: the accommodating frame (1) is provided with a site identity recognition module (20) and a site interaction module, the site identity recognition module can recognize the identity of a user, the site interaction module comprises a site display terminal (18) capable of acquiring instructions and displaying interaction information, and the site identity recognition module (20) and the site interaction module are connected with the auxiliary control module (5).
6. The tool borrowing system according to claim 5, wherein: the accommodating shelf (1) also has a station tool identification module (19) capable of identifying the tool identification code (27) and a station accommodating space identification module (32) capable of identifying the accommodating space identification code (3).
7. The tool borrowing system according to claim 1, wherein: the client identity recognition module (13) comprises a client identity identification code (28);
the containing frame (1) is provided with an unlocking identification module (29) capable of identifying the client identity identification code (28).
8. The tool borrowing system according to claim 1, wherein: the accommodating space (2) is provided with a stop door made of transparent materials, and a plurality of suspension devices (30) are arranged in the accommodating space (2);
the borrowing and returning client also has a client tool identification module (14) capable of identifying the tool identification code (27) and a client accommodation space identification module (31) capable of identifying the accommodation space identification code (3).
9. A tool borrowing and returning method, comprising: using a tool borrowing and returning system, wherein the tool borrowing and returning system comprises a containing unit, a control unit, a detection unit, a mobile device and a plurality of tools (26); the accommodating unit comprises an accommodating frame (1), the accommodating frame (1) is provided with an auxiliary control module (5) and an auxiliary control communication module (6), a plurality of accommodating spaces (2) are formed in the accommodating frame (1), each accommodating space (2) is provided with a unique accommodating space identification code (3) and an electronic lock (4), and the accommodating space identification codes (3), the electronic locks (4) and the auxiliary control communication module (6) are connected with the auxiliary control module (5); the accommodating frame (1) is provided with a station identity recognition module (20) and a station interaction module which can recognize user identities, the station interaction module comprises a station display terminal (18) which can acquire instructions and display interaction information, the station identity recognition module (20) and the station interaction module are both connected with the auxiliary control module (5), the accommodating frame (1) is further provided with a station tool recognition module (19) which can recognize the tool identification code (27) and a station accommodating space recognition module (32) which can recognize the accommodating space identification code (3), and the station tool recognition module (19) and the station accommodating space recognition module (32) are uniformly connected with the auxiliary control module (5);
the control unit comprises a server, the server comprises a main control module (7), a main control communication module (8) capable of communicating with the auxiliary control communication module (6), a database (9) and a recommendation module (11), the main control communication module (8), the database (9) and the recommendation module (11) are all connected with the main control module (7), the database (9) comprises a tool information base (15), a tool history base (16), a borrowing and returning log base (17) and a user information base (33), and the recommendation module (11) comprises a text classifier (10) connected with the database (9);
each accommodating space is internally provided with a detection unit, and each detection unit comprises a camera, a weight sensor and a smoothness detection sensor which are connected with the auxiliary control module;
the mobile equipment can be in communication connection with the master control communication module (8), the mobile equipment is provided with a borrowing and returning client, the borrowing and returning client comprises a client identity recognition module (13) capable of recognizing the identity of a user and a client interaction module (12) capable of acquiring a user instruction, the client interaction module (12) comprises a tool query interaction module (25), a tool borrowing and returning interaction module (22), a tool maintenance interaction module (23) and a tool management interaction module (24), and the borrowing and returning client is further provided with a client tool recognition module (14) capable of recognizing the tool identification code (27) and a client accommodating space recognition module (31) capable of recognizing the accommodating space identification code (3);
a number of tools (26), each tool (26) having a unique tool identification code (27);
the borrowing management includes the following processes:
1) the client identity recognition module recognizes the user identity information, the client uploads the user identity information to the main control module (7) by borrowing, and the user identity information is compared by the database (9) to confirm the use authority of the user;
2) when a user has a tool management right, a management operation interface is displayed on a borrowing client, wherein the management operation interface comprises tool management and user management, the user edits user information on an operation interface of a tool management interaction module (24), a corresponding record is added to a user information base (33), the user edits tool information on the management operation interface, corresponding records are added to a tool information base (15) and a tool history base (16), and when the user manages tools, a main control module (7) opens an electronic lock of a corresponding accommodating space (2) through a secondary control module (5) to release or recover the tools (26);
3) when the user has the tool borrowing and returning right, a borrowing and returning operation interface is displayed on the borrowing and returning client, the user can inquire, borrowing and returning on the operation interface of the tool borrowing and returning interaction module (22), when the borrowing and returning operation is carried out, the user can edit information, corresponding records are added in the borrowing and returning log library (17) and the tool history library (16), and when the borrowing and returning log library (17) has a repair record, the tool information library (15) can change the state of the tool (26) under the instruction of the main control module (7); when the user borrows and returns the tools, the pushing module (11) can push a batch tool list to the user according to a user instruction, the user can directly carry out batch operation on the tool list, and the main control module (7) can open the electronic lock of the corresponding accommodating space (2) through the auxiliary control module (5) so as to borrow and return the tools (26);
4) when a user has a tool maintenance right, a maintenance operation interface is displayed on the borrowing and returning client, the user carries out maintenance operation on the operation interface of the tool maintenance interaction module (23), the user can edit information during maintenance operation, and a tool history library (16) and a tool information library (15) can add corresponding records; when the user maintains the tool, the main control module (7) can open the electronic lock of the corresponding accommodating space (2) through the auxiliary control module (5) to take out and return the tool (26);
5) when a user needs to take out a tool quickly, the user starts a tool identification code (27) of a specific tool (26) in the accommodating space (2) by using a client tool identification module (14) on an operation interface of the client interaction module, then directly and correspondingly operates the tool (26) on the operation interface, and the main control module (7) opens an electronic lock of the corresponding accommodating space (2) according to an instruction;
6) when a user needs to operate tools in batch on a borrowing client, the user starts a client accommodating space identification module (31) to identify an accommodating space identification code (3) of a specific accommodating space (2) on an operation interface of a client interaction module, then directly correspondingly operates all tools (26) in the accommodating space (2) on the operation interface, and a main control module (7) starts an electronic lock of the corresponding accommodating space (2) according to an instruction;
7) the site identity recognition module (20) recognizes the identity information of the user, the auxiliary control module uploads the identity information of the user to the main control module (7), the use authority of the user is confirmed through comparison of the database (9), and the user can correspondingly operate on the site interaction module;
8) when a user needs to return the tool quickly, the user starts a tool identification code (27) of a tool (26) identified by a station tool identification module (19) on an operation interface of a station interaction module, then directly and correspondingly operates the tool (26) on the operation interface, and an auxiliary control module (5) opens an electronic lock of a corresponding accommodating space (2) according to an instruction;
9) when a user needs to operate tools on the site interaction module in batch, the user starts the accommodating space identification code (3) of the site accommodating space identification module for identifying the accommodating space (2) on an operation interface of the site interaction module, then directly and correspondingly operates all tools (26) in the accommodating space (2) on the operation interface, and the auxiliary control module (7) opens the electronic lock of the corresponding accommodating space (2) according to an instruction;
10) the automatic detection function, the outward appearance photo of instrument in the accommodation space is gathered to the camera, weight sensor gathers the weight data of instrument, the smoothness data that the smoothness detected sensor gathered the instrument, calculate and contrast predetermined data and picture through host system, judge whether the instrument has the damage to in conveying the testing result to the server, the server conveys aforementioned data to mobile device, if have the damage, then can remind the maintainer to maintain through the mobile device and handle.
10. The tool borrowing method according to claim 9, wherein: the tool borrowing and returning system further comprises: the client identity recognition module (13) comprises a client identity identification code (28);
the accommodating frame (1) is provided with an unlocking identification module (29) capable of identifying the client identity identification code (28);
the borrowing and returning management further comprises the following processes:
a user generates a client identity identification code (28) through a client identity identification module (13) on an operation interface of the client interaction module, and the user can correspondingly operate on the client interaction module (12) by starting an unlocking identification module (29) to identify the client identity identification code (28) on the operation interface of the site interaction module.
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