CN111784236A - Intelligent warehousing system of nuclear power station - Google Patents
Intelligent warehousing system of nuclear power station Download PDFInfo
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Abstract
The invention provides a nuclear power station intelligent warehousing system which comprises an SAP inventory management system, an intelligent warehousing management platform, a label printer, a code scanner, a three-dimensional scanner, an RFID sensor and a mobile terminal, wherein the SAP inventory management system comprises a SAP inventory management system, a SAP inventory management platform, a label printer, a code scanner, a three-dimensional scanner, a RFID sensor and a mobile terminal; the intelligent warehousing management platform is in communication connection with the SAP inventory management system; the label printer, the mobile terminal, the code scanner, the three-dimensional scanner and the RFID sensor are in communication connection with the intelligent warehousing management platform, the workload of field operation personnel in a warehouse is reduced, and information of transmitted, recorded and uploaded field operation processes is kept consistent.
Description
Technical Field
The invention belongs to the technical field of nuclear power, and particularly relates to an intelligent warehousing system of a nuclear power station.
Background
The existing nuclear power station warehouse is divided into a warehouse A, a warehouse B, a warehouse C, a warehouse D and the like according to the environment to be kept, and specifically, the warehouse A is a constant temperature and humidity warehouse, the warehouse B is a constant temperature warehouse, the warehouse C is a common warehouse, and the warehouse D is an open-air warehouse. Existing warehouses are managed using SAP inventory management systems. The service process and system data of the SAP inventory management system are relatively stable, but the warehouse still needs to transmit and record information of some field operation processes through paper files. After the field work flow is completed, the uploading of the information of the field work flow needs to be manually uploaded, that is, the information of the field work flow recorded by the paper file is manually uploaded to the SAP inventory management system. The paper files and the manual uploading not only increase the workload of field operation personnel, but also cause the condition that the information of the field operation flow transmitted, recorded and uploaded is inconsistent.
Disclosure of Invention
The invention aims to provide an intelligent warehousing system for a nuclear power station, which aims to solve the technical problems that paper files and manual uploading in the prior art can not only increase the workload of field operators, but also cause inconsistent information of field operation processes of transmission, recording and uploading.
In order to achieve the purpose, the invention adopts the technical scheme that: the intelligent warehousing system of the nuclear power station comprises an SAP inventory management system, an intelligent warehousing management platform, a label printer, a code scanner, a three-dimensional scanner, an RFID sensor and a mobile terminal;
the intelligent warehousing management platform is in communication connection with the SAP inventory management system;
the label printer, the mobile terminal, the code scanner, the three-dimensional scanner and the RFID sensor are all in communication connection with the intelligent warehousing management platform;
the label printer is used for printing bar codes, the bar codes correspond to a plurality of spare parts of the warehouse one by one, and the bar codes are fixed on the corresponding spare parts;
the bar code scanner is used for scanning the bar codes to acquire code scanning information corresponding to the bar codes and sending all the code scanning information to the intelligent warehousing management platform;
the three-dimensional scanner is used for three-dimensionally scanning each spare part to acquire three-dimensional information corresponding to each spare part and sending all the three-dimensional information to the intelligent warehousing management platform;
the RFID sensor is used for sensing the RFID label of each spare part so as to read the RFID information corresponding to each spare part and send all the RFID information to the intelligent warehousing management platform;
and the mobile terminal is used for providing a corresponding mobile display operation interface of each spare part.
Furthermore, the intelligent warehousing system of the nuclear power station also comprises a WEB client;
and the WEB client is in communication connection with the intelligent warehousing management platform and is used for providing a corresponding WEB display operation interface of each spare part.
Further, the intelligent warehousing system of the nuclear power station also comprises a camera device;
the camera device is in communication connection with the intelligent warehousing management platform and is used for shooting and recording pictures of the spare parts.
Further, the camera device is arranged on the mobile terminal.
Further, the intelligent warehousing system of the nuclear power station is characterized by also comprising a self-service storing and taking cabinet;
the self-service access cabinet is in communication connection with the intelligent warehousing management platform and used for placing the spare parts.
Further, the self-service access cabinet comprises a cabinet body, a stock grid, an intelligent lock, an industrial personal computer, a card reader, a camera, a display and an input keyboard:
the stock grid is arranged on the cabinet body and comprises a plurality of stock grids and door bodies corresponding to the stock grids one to one;
the door bodies are arranged on the corresponding storage grids and used for opening or closing the corresponding storage grids; the intelligent locks correspond to the cabinet bodies one by one and are arranged on the corresponding cabinet bodies; or the intelligent locks correspond to the door bodies one to one and are arranged on the corresponding door bodies;
the industrial personal computer, the card reader, the camera, the display and the input keyboard are arranged on the cabinet body;
each intelligent lock, the industrial personal computer, the card reader, the camera, the display and the input keyboard are electrically connected with the industrial personal computer, and the industrial personal computer is electrically connected with the intelligent warehousing management platform.
Further, the intelligent warehousing system of the nuclear power station also comprises a remote acceptance platform;
and the remote acceptance platform is in communication connection with the intelligent warehousing management platform.
Further, the remote acceptance platform comprises at least one of a camera mechanism and a three-dimensional scanning mechanism.
Further, the intelligent warehousing system of the nuclear power station also comprises a weighing platform;
the weighing platform is in communication connection with the intelligent warehousing management platform and is used for weighing each spare part to obtain weight information of each spare part and sending the weight information to the intelligent warehousing management platform.
Furthermore, the intelligent warehousing management platform comprises an acceptance module, a material sending module, a maintenance module, an inventory module, a zero inventory module and a query and index statistical module;
the query and index statistical module is used for calling the data of the acceptance module, the data of the sending module, the data of the maintenance module, the data of the inventory module and the data of the zero inventory module; the data of the acceptance module, the data of the material sending module, the data of the maintenance module, the data of the inventory module and the data of the zero inventory module are displayed; and the statistical analysis module is used for carrying out statistics according to the data of the acceptance module, the data of the material sending module, the data of the maintenance module, the data of the inventory module and the data of the zero inventory module.
The intelligent warehousing system for the nuclear power station has the beneficial effects that: compared with the prior art, the intelligent warehouse management system is additionally provided with an intelligent warehouse management platform and peripheral devices such as a label printer, a code scanner, a three-dimensional scanner, an RFID sensor, a mobile terminal and the like on the basis of the existing SAP inventory management system, so that the management process of the warehouse of the nuclear power station becomes electronic and intelligent, paperless management process of the warehouse of the nuclear power station is realized, the workload of field operation personnel of the warehouse is reduced, and the transmitted, recorded and uploaded information of the field operation flow is kept consistent. The mobile terminal can realize warehousing operation, warehousing information display, ex-warehouse operation, ex-warehouse information display, maintenance information display and inventory information display of each spare part. The code scanning information of each spare part can be read and uploaded through the code scanner. The RFID sensor can read and upload the RFID information corresponding to each spare part. The code scanning information and the RFID information do not need to be manually uploaded to the SAP inventory management system, and the operation of uploading the code scanning information and the RFID information is simplified. The three-dimensional information of each spare part is acquired and uploaded through the three-dimensional scanner, and the three-dimensional information of each spare part does not need to be manually measured and uploaded. The intelligent warehousing system of the nuclear power station greatly improves the intelligentization of the warehousing technology of the nuclear power station, greatly reduces the management cost of the warehousing of the nuclear power station and reduces the labor expenditure.
Drawings
In order to more clearly illustrate the technical solutions in the embodiments of the present invention, the drawings needed to be used in the embodiments or the prior art descriptions will be briefly described below, and it is obvious that the drawings in the following description are only some embodiments of the present invention, and it is obvious for those skilled in the art to obtain other drawings based on these drawings without inventive exercise.
Fig. 1 is a first schematic structural diagram of an intelligent warehousing system of a nuclear power plant according to an embodiment of the present invention;
fig. 2 is a schematic structural diagram of a nuclear power plant intelligent warehousing system according to an embodiment of the present invention;
FIG. 3 is a schematic structural diagram III of an intelligent warehousing system of a nuclear power plant according to an embodiment of the present invention
Fig. 4 is a schematic diagram of a self-service storage and retrieval cabinet of an intelligent warehousing system of a nuclear power station according to an embodiment of the present invention;
fig. 5 is a schematic structural diagram of an intelligent warehousing management platform of a nuclear power plant intelligent warehousing system according to an embodiment of the present invention.
Wherein, in the figures, the respective reference numerals:
1. an intelligent warehousing management platform; 01. an acceptance module; 02. a material sending module; 03. a maintenance module; 04. an inventory module; 05. a zero inventory module; 06. a query and index statistics module; 11. a WEB client; 12. a mobile terminal; 13. a label printer; 14. a code scanner; 15. an RFID sensor; 16. a three-dimensional scanner; 17. a self-service access cabinet; 171. a cabinet body; 172. an inventory grid; 1721. storing grids; 1722. a door body; 173. an intelligent lock; 174. an industrial personal computer; 175. a card reader; 176. a camera; 177. a display; 178. an input keyboard; 18. a remote acceptance platform; 2. an SAP inventory management system; 3. and (7) a warehouse.
Detailed Description
In order to make the technical problems, technical solutions and advantageous effects to be solved by the present invention more clearly apparent, the present invention is further described in detail below with reference to the accompanying drawings and embodiments. It should be understood that the specific embodiments described herein are merely illustrative of the invention and are not intended to limit the invention.
It will be understood that when an element is referred to as being "secured to" or "disposed on" another element, it can be directly on the other element or be indirectly on the other element. When an element is referred to as being "connected to" another element, it can be directly connected to the other element or be indirectly connected to the other element.
It will be understood that the terms "length," "width," "upper," "lower," "front," "rear," "left," "right," "vertical," "horizontal," "top," "bottom," "inner," "outer," and the like, as used herein, refer to an orientation or positional relationship indicated in the drawings that is solely for the purpose of facilitating the description and simplifying the description, and do not indicate or imply that the device or element being referred to must have a particular orientation, be constructed and operated in a particular orientation, and is therefore not to be construed as limiting the invention.
Furthermore, the terms "first", "second" and "first" are used for descriptive purposes only and are not to be construed as indicating or implying relative importance or implicitly indicating the number of technical features indicated. Thus, a feature defined as "first" or "second" may explicitly or implicitly include one or more of that feature. In the description of the present invention, "a plurality" means two or more unless specifically defined otherwise.
Referring to fig. 1, a nuclear power station intelligent warehousing system provided by the invention will be described. A nuclear power station intelligent warehousing system comprises an SAP inventory management system 2, an intelligent warehousing management platform 1, a label printer 13, a code scanner 14, a three-dimensional scanner 16, an RFID inductor 15 and a mobile terminal 12;
the intelligent warehousing management platform 1 is in communication connection with the SAP inventory management system 2;
the label printer 13, the mobile terminal 12, the code scanner 14, the three-dimensional scanner 16 and the RFID sensor 15 are all in communication connection with the intelligent warehousing management platform 1;
a label printer 13 for printing a barcode, the barcode corresponding to a plurality of spare parts of the warehouse 3 one by one, the barcode being fixed to the corresponding spare part;
the code scanner 14 is used for scanning the codes of the barcodes to acquire code scanning information corresponding to the barcodes and sending all the code scanning information to the intelligent warehousing management platform 1;
the three-dimensional scanner 16 is used for three-dimensionally scanning each spare part to acquire three-dimensional information corresponding to each spare part and sending all the three-dimensional information to the intelligent warehousing management platform 1;
the RFID sensor 15 is used for sensing the RFID tags of the spare parts so as to read the RFID information corresponding to the spare parts and send all the RFID information to the intelligent warehousing management platform 1;
and the mobile terminal 12 is used for providing a corresponding mobile display operation interface of each spare part.
Compared with the prior art, the intelligent warehousing system for the nuclear power station is additionally provided with the intelligent warehousing management platform 1, the label printer 13, the code scanner 14, the three-dimensional scanner 16, the RFID sensor 15, the mobile terminal 12 and other peripherals on the basis of the existing SAP inventory management system 2, so that the management process of the warehouse 3 of the nuclear power station is electronized and intelligentized, paperless management process of the warehouse 3 of the nuclear power station is realized, the workload of field operators of the warehouse 3 is reduced, and the information of the field operation flow transmitted, recorded and uploaded is kept consistent. The mobile terminal 12 can realize warehousing operation, warehousing information display, ex-warehouse operation, ex-warehouse information display, maintenance information display and inventory information display of each spare part. The code scanning information of each spare part can be read and uploaded through the code scanner 14. The RFID sensor 15 can read and upload the RFID information corresponding to each spare part. The code scanning information and the RFID information do not need to be manually uploaded to the SAP inventory management system 2, and the operation of uploading the code scanning information and the RFID information is simplified. The three-dimensional information of each spare part is acquired and uploaded through the three-dimensional scanner 16, and manual measurement and uploading of the three-dimensional information of each spare part are not needed. The intelligent warehousing system of the nuclear power station greatly improves the intelligentization of warehousing technologies of the warehouses 3 of the nuclear power station, greatly reduces the management cost of warehousing of the warehouses 3 of the nuclear power station, and reduces the labor expenditure.
Specifically, the mobile display operation interface comprises a warehousing operation interface, a warehousing information display interface, a material distribution operation interface, a material distribution information display interface, a maintenance information interface and an inventory information display interface.
Specifically, the mobile terminal 12 includes a mobile phone, a tablet computer, and a laptop computer.
Further, referring to fig. 1, as a specific implementation of the intelligent warehousing system for a nuclear power plant provided by the present invention, the intelligent warehousing system for a nuclear power plant further includes a WEB client 11;
the WEB client 11 is in communication connection with the intelligent warehousing management platform 1 and is used for providing corresponding WEB display operation interfaces of the spare parts.
The warehousing operation, warehousing information display, ex-warehouse operation, ex-warehouse information display, maintenance information display and inventory information display of each spare part can be realized through the WEB client 11.
Specifically, the WEB display operation interface includes a warehousing operation interface, a warehousing information display interface, a material distribution operation interface, a material distribution information display interface, a maintenance information interface, and an inventory information display interface.
Specifically, the WEB client 11 includes a mobile phone, a tablet computer, a laptop computer, and a desktop computer.
Optimally, the warehousing operation interface of the WEB client 11 or/and the mobile terminal 12 may be used to generate warehousing instructions corresponding to the spare parts;
the material sending operation interface of the WEB client 11 or/and the mobile terminal 12 may be used to generate a warehouse-out instruction corresponding to each spare part;
the warehousing information display interface of the WEB client 11 or/and the mobile terminal 12 can display code scanning information, three-dimensional information and RFID information corresponding to each spare part;
the material sending information display interface of the WEB client 11 or/and the mobile terminal 12 can display code scanning information, three-dimensional information and RFID information corresponding to each spare part;
the maintenance information interface of the WEB client 11 or/and the mobile terminal 12 may display three-dimensional information corresponding to each spare part;
the intelligent warehousing management platform 1 is also used for dividing each spare part into corresponding groups according to the code scanning information or/and the RFID information, and counting real-time quantity data of the spare parts in each group; the system is also used for generating warehousing information corresponding to each spare part according to the warehousing instruction; the system is also used for generating warehouse-out information corresponding to each spare part according to the warehouse-out instruction;
and the inventory information display interface of the WEB client 11 or/and the mobile terminal 12 is used for displaying the real-time quantity data.
Specifically, the SAP inventory management system 2 is configured to generate and record purchase data, use data, and delivery data corresponding to each spare part according to warehousing information, ex-warehouse information, code scanning information, three-dimensional information, RFID information, and real-time quantity data sent by the intelligent warehousing management platform 1.
Further, as a specific embodiment of the intelligent warehousing system for the nuclear power plant provided by the present invention, the intelligent warehousing system for the nuclear power plant further includes a camera device (not shown in the figure);
the camera device is in communication connection with the intelligent warehousing management platform 1 and is used for shooting and recording pictures of all spare parts.
The camera device shoots pictures of the spare parts, obtains picture information corresponding to the spare parts and sends the picture information to the intelligent warehousing management platform 1; the camera device records the videos of the spare parts, acquires the video information corresponding to the spare parts, and sends the video information to the intelligent warehousing management platform 1. The user calls and displays the picture information and the video information corresponding to each spare part by using the mobile terminal 12 or the WEB client 11, and then the user has preliminary knowledge about the corresponding appearance, size and the like of each spare part according to the picture information and the video information, so that the user can know the corresponding maintenance condition of each spare part on a maintenance information interface.
Further, as a specific embodiment of the intelligent warehousing system for the nuclear power plant provided by the invention, the camera device is arranged on the mobile terminal 12, so that the carrying and using convenience of the camera device is improved.
Further, referring to fig. 1 to 4, as an embodiment of the intelligent warehousing system of the nuclear power plant provided by the present invention, the intelligent warehousing system of the nuclear power plant further includes a self-service access cabinet 17;
the self-service access cabinet 17 is in communication connection with the intelligent warehousing management platform 1 and is used for placing various spare parts.
And the manager of the warehouse 3 stores all spare parts in the self-service storing and taking cabinet 17, and the material receiving personnel can take out the required spare parts from the self-service storing and taking cabinet 17 by themselves, so that the material distribution of the intelligent storage system of the nuclear power station is realized.
Further, referring to fig. 2 and fig. 3, as an embodiment of the intelligent warehousing system of the nuclear power plant provided by the present invention, the self-service access cabinet 17 includes a cabinet 171, a stock grid 172, an intelligent lock 173, an industrial personal computer 174, a card reader 175, a camera 176, a display 177, and an input keyboard 178:
the stock grid 172 is arranged on the cabinet 171, and the stock grid 172 comprises a plurality of stock grids 1721 and door bodies 1722 corresponding to the stock grids 1721 one by one;
the door body 1722 is arranged on the corresponding stock shelf 1721 and is used for opening or closing the corresponding stock shelf 1721;
the intelligent locks 173 correspond to the cabinet bodies 171 one by one and are arranged on the corresponding cabinet bodies 171; or the intelligent locks 173 are in one-to-one correspondence with the door bodies 1722 and are arranged on the corresponding door bodies 1722;
the industrial personal computer 174, the card reader 175, the camera 176, the display 177 and the input keyboard 178 are arranged on the cabinet 171;
each intelligent lock 173, the industrial personal computer 174, the card reader 175, the camera 176, the display 177 and the input keyboard 178 are electrically connected to the industrial personal computer 174, and the industrial personal computer 174 is electrically connected to the intelligent warehousing management platform 1.
When the self-service access cabinet 17 needs to be maintained, a manager swipes a card on the card reader 175 through a card which can be read by the card reader 175, the card reader 175 obtains authorization information of the current card, pre-stored information is compared with the authorization information, if the pre-stored information is the same as the authorization information, opening information is sent to the industrial personal computer 174, and the industrial personal computer 174 receives the opening information and then completely opens all the intelligent locks 173.
Managers and material-taking personnel can input an opening instruction and a designated instruction through the input keyboard 178, and the industrial personal computer 174 receives the opening instruction and the designated instruction;
the industrial personal computer 174 sends the opening instruction and the designated instruction to the display 177, and the display 177 is used for displaying the opening instruction and the designated instruction, so that a user can conveniently see whether the opening instruction and the designated instruction are correctly input.
The industrial personal computer 174 finds the corresponding intelligent lock 173 according to the specified instruction, and then sends an opening instruction to the corresponding intelligent lock 173;
after receiving the unlocking instruction, the intelligent lock 173 judges whether the unlocking instruction is matched with a preset instruction, and if so, the intelligent lock 173 is unlocked; if not, the smart lock 173 is closed or remains closed;
after the intelligent lock 173 is opened, the manager can store spare parts in the stock shelf 1721 corresponding to the opened intelligent lock 173; alternatively, the retriever removes the spare part of the inventory grid 1721 corresponding to the opened smart lock 173.
When the spare parts are stored or taken out, the camera 176 shoots and sends first shooting contents for storing the spare parts or second shooting contents for taking out the spare parts to the industrial personal computer 174, the industrial personal computer 174 sends the first shooting contents or the second shooting contents to the intelligent warehousing management platform 1, and the intelligent warehousing management platform 1 sends the first shooting contents or the second shooting contents to the SAP inventory management system 2.
The mobile terminal 12 and the WEB client 11 are further configured to call the first camera content and display the first camera content on the warehousing information display interface, so as to be conveniently used for monitoring the self-service access cabinet 17 in which each spare part is placed. The mobile terminal 12 and the WEB client 11 are further configured to call the second camera content and display the second camera content on the material distribution information display interface, so as to monitor that each spare part is taken out of the self-service access cabinet 17.
Specifically, the self-service access cabinet 17 is set as a self-service access cabinet for small maintenance spare parts of the nuclear power plant.
Further, referring to fig. 4, as a specific embodiment of the intelligent warehousing system for the nuclear power plant provided by the present invention, the intelligent warehousing system for the nuclear power plant further includes a remote acceptance platform 18;
the remote acceptance platform 18 is in communication connection with the intelligent warehousing management platform 1.
The user remotely checks and accepts the spare parts to be checked and accepted through the remote checking and accepting platform 18.
Further, as a specific embodiment of the intelligent warehousing system of the nuclear power plant provided by the present invention, the remote acceptance platform 18 includes at least one of a camera mechanism and a three-dimensional scanning mechanism.
The camera shooting mechanism is used for shooting the spare parts needing to be checked and accepted to form first checking and accepting content and sending the first checking and accepting content to the intelligent warehousing management platform 1.
The mobile display operation interface and the WEB display operation interface also comprise an acceptance operation interface and an acceptance display interface; the mobile terminal 12 and the WEB client 11 are further configured to invoke the first acceptance content, and display the first acceptance content on the acceptance display interface. The acceptance operation interface is used for inputting a confirmation instruction or a negative instruction, and if the confirmation instruction is input, the spare parts needing to be accepted are qualified; if a negative command is input, the spare parts needing to be checked are unqualified.
The three-dimensional scanning mechanism is used for shooting the spare parts needing to be checked and accepted to form second checking and accepting content and sending the second checking and accepting content to the intelligent warehousing management platform 1. The mobile terminal 12 and the WEB client 11 are further configured to retrieve the second acceptance content and display the second acceptance content on the acceptance display interface. The convenience of acceptance of the user is improved through the camera shooting mechanism and the three-dimensional scanning mechanism.
Specifically, remote acceptance platform 18 includes a plurality of camera mechanisms.
Specifically, remote acceptance platform 18 includes a plurality of three-dimensional scanning mechanisms.
Further, as a specific embodiment of the intelligent warehousing system of the nuclear power station provided by the present invention, the remote acceptance platform 18 further includes a rotatable objective table, the image pickup mechanism and the three-dimensional scanning mechanism are disposed at one side of the objective table, and the objective table is used for placing spare parts to be accepted, so that the spare parts sequentially pass through the image pickup mechanism and the three-dimensional scanning mechanism.
Further, as a specific embodiment of the intelligent warehousing system for the nuclear power plant provided by the present invention, the intelligent warehousing system for the nuclear power plant further includes a weighing platform (not shown in the figure);
weighing platform communication connection is in intelligent warehouse management platform 1 for weigh each spare part and acquire the weight information of each spare part, and send weight information to intelligent warehouse management platform 1.
Through the platform of weighing, be convenient for monitor the weight of each spare part. When the spare parts are put in storage, a user can weigh the weight of the spare parts through the weighing platform and send the storage weight information corresponding to the spare parts to the intelligent storage management platform 1; when the user needs to inquire the weight of the spare part in the warehouse, the warehouse-in weight information corresponding to the spare part can be called through the warehouse-in operation interface of the mobile terminal 12 or/and the WEB client 11, and the warehouse-in weight information corresponding to the called spare part is displayed on the warehouse-in information display interface.
When the spare parts are taken out of the warehouse, a user can weigh the weight of the spare parts through the weighing platform and send the weight information of the spare parts taken out of the warehouse corresponding to the weight information to the intelligent warehouse management platform 1; when the user needs to query the weight of the spare part during the warehouse-out process, the warehouse-out weight information corresponding to the spare part can be called through the warehouse-out operation interface of the mobile terminal 12 or/and the WEB client 11, and the warehouse-out weight information corresponding to the called spare part is displayed on the warehouse-out information interface.
The maintenance quality of a spare part can be referred to by the weight of the spare part when the spare part is put in storage and the weight of the spare part when the spare part is taken out of storage. When the spare parts are delivered from the warehouse, a user can call corresponding warehousing weight information and corresponding delivery weight information of the spare parts through the mobile terminal 12 or/and the WEB client 11, the mobile terminal 12 or/and the WEB client 11 calculate corresponding weight change information according to the corresponding warehousing weight information and the corresponding delivery weight information of the spare parts, and the mobile terminal 12 or/and the WEB client 11 display the weight change information on a maintenance information display interface.
Further, referring to fig. 5, as a specific embodiment of the intelligent warehousing system of the nuclear power station provided by the present invention, the query and index statistics module 06 is configured to invoke the data of the acceptance module 01, the data of the material sending module 02, the data of the maintenance module 03, the data of the inventory module 04, and the data of the zero inventory module 05; and is used for forming statistical data according to the data of the acceptance module 01, the data of the material sending module 02, the data of the maintenance module 03, the data of the inventory module 04 and the data of the zero inventory module 05; and used to transmit statistical data.
The data of the acceptance module 01 is set as warehousing information and is used for executing corresponding acceptance instructions or warehousing instructions of the spare parts and generating and sending the warehousing information;
the data of the material sending module 02 is set as warehouse-out information and is used for executing the corresponding warehouse-out instruction generation and sending warehouse-out information of each spare part;
the maintenance module 03, the data of the maintenance module 03 is set as three-dimensional information, and the maintenance module 03 is used for receiving and sending the three-dimensional information;
the checking module 04 is used for checking the data real-time quantity data of the module 04 and forming and sending the real-time quantity data according to the code scanning information or/and the RFID information;
the zero stock module 05 sets the data of the zero stock module 05 as order data, and is used for receiving the purchase data, the use data and the delivery data of the SAP stock management system 2 corresponding to each part, and forming the order data of each part according to the purchase data, the use data and the delivery data of the SAP stock management system 2 corresponding to each part, so as to form the optimal strategy data of the stock cost of the corresponding warehouse 3.
Specifically, the mobile terminal 12 includes a mobile memory, a mobile processor, and a first computer program stored in the mobile memory and executable on the mobile processor, the mobile processor implementing a mobile display operation interface when executing the first computer program.
The WEB client 11 includes a WEB storage, a WEB processor, and a second computer program stored in the WEB storage and executable on the WEB processor, and the WEB processor implements a mobile WEB display operation interface when executing the second computer program.
The above description is only for the purpose of illustrating the preferred embodiments of the present invention and is not to be construed as limiting the invention, and any modifications, equivalents and improvements made within the spirit and principle of the present invention are intended to be included within the scope of the present invention.
Claims (10)
1. The intelligent warehousing system of the nuclear power station comprises an SAP inventory management system and is characterized by further comprising an intelligent warehousing management platform, a label printer, a code scanner, a three-dimensional scanner, an RFID sensor and a mobile terminal;
the intelligent warehousing management platform is in communication connection with the SAP inventory management system;
the label printer, the mobile terminal, the code scanner, the three-dimensional scanner and the RFID sensor are all in communication connection with the intelligent warehousing management platform;
the label printer is used for printing bar codes, the bar codes correspond to a plurality of spare parts of the warehouse one by one, and the bar codes are fixed on the corresponding spare parts;
the bar code scanner is used for scanning the bar codes to acquire code scanning information corresponding to the bar codes and sending all the code scanning information to the intelligent warehousing management platform;
the three-dimensional scanner is used for three-dimensionally scanning each spare part to acquire three-dimensional information corresponding to each spare part and sending all the three-dimensional information to the intelligent warehousing management platform;
the RFID sensor is used for sensing the RFID label of each spare part so as to read the RFID information corresponding to each spare part and send all the RFID information to the intelligent warehousing management platform;
and the mobile terminal is used for providing a corresponding mobile display operation interface of each spare part.
2. The nuclear power plant intelligent warehousing system of claim 1, further comprising a WEB client;
and the WEB client is in communication connection with the intelligent warehousing management platform and is used for providing a corresponding WEB display operation interface of each spare part.
3. The nuclear power plant intelligent warehousing system of claim 2, further comprising a camera;
the camera device is in communication connection with the intelligent warehousing management platform and is used for shooting and recording pictures of the spare parts.
4. The nuclear power plant intelligent warehousing system of claim 3, wherein the camera is disposed on the mobile terminal.
5. The nuclear power plant intelligent warehousing system of claim 1, further comprising a self-service access cabinet;
the self-service access cabinet is in communication connection with the intelligent warehousing management platform and used for placing the spare parts.
6. The nuclear power plant intelligent warehousing system of claim 5, wherein the self-service access cabinet comprises a cabinet body, a stock grid, an intelligent lock, an industrial personal computer, a card reader, a camera, a display, and an input keyboard:
the stock grid is arranged on the cabinet body and comprises a plurality of stock grids and door bodies corresponding to the stock grids one to one;
the door bodies are arranged on the corresponding storage grids and used for opening or closing the corresponding storage grids; the intelligent locks correspond to the cabinet bodies one by one and are arranged on the corresponding cabinet bodies; or the intelligent locks correspond to the door bodies one to one and are arranged on the corresponding door bodies;
the industrial personal computer, the card reader, the camera, the display and the input keyboard are arranged on the cabinet body;
each intelligent lock, the industrial personal computer, the card reader, the camera, the display and the input keyboard are electrically connected with the industrial personal computer, and the industrial personal computer is electrically connected with the intelligent warehousing management platform.
7. The nuclear power plant intelligent warehousing system of claim 1, further comprising a remote acceptance platform;
and the remote acceptance platform is in communication connection with the intelligent warehousing management platform.
8. The nuclear power plant intelligent warehousing system of claim 7, wherein the remote acceptance platform comprises at least one of a camera mechanism and a three-dimensional scanning mechanism.
9. The nuclear power plant intelligent warehousing system of claim 1, further comprising a weighing platform;
the weighing platform is in communication connection with the intelligent warehousing management platform and is used for weighing each spare part to obtain weight information of each spare part and sending the weight information to the intelligent warehousing management platform.
10. The nuclear power plant intelligent warehousing system of claim 1, wherein the intelligent warehousing management platform comprises an acceptance module, a material sending module, a maintenance module, an inventory module, a zero inventory module, and a query and index statistics module;
the query and index statistical module is used for calling the data of the acceptance module, the data of the sending module, the data of the maintenance module, the data of the inventory module and the data of the zero inventory module; the data of the acceptance module, the data of the material sending module, the data of the maintenance module, the data of the inventory module and the data of the zero inventory module are displayed; and the statistical analysis module is used for carrying out statistics according to the data of the acceptance module, the data of the material sending module, the data of the maintenance module, the data of the inventory module and the data of the zero inventory module.
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| CN202010478175.9A CN111784236A (en) | 2020-05-29 | 2020-05-29 | Intelligent warehousing system of nuclear power station |
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| CN202010478175.9A CN111784236A (en) | 2020-05-29 | 2020-05-29 | Intelligent warehousing system of nuclear power station |
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| CN113175986A (en) * | 2021-04-27 | 2021-07-27 | 深圳市坤同智能仓储科技有限公司 | Weighing management system and device for improving recognition efficiency and accuracy |
| CN113395329A (en) * | 2021-05-24 | 2021-09-14 | 西安美钛物联科技有限公司 | Communication base station and facility remote acceptance method based on Internet of things technology |
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