CN110348755B - Unmanned aerial vehicle full life cycle management system and method - Google Patents
Unmanned aerial vehicle full life cycle management system and method Download PDFInfo
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Abstract
The utility model provides an unmanned aerial vehicle full life cycle management system, including the locker, storehouse end management module includes the system management unit, the categorised standard cell, unmanned aerial vehicle standing book management unit, report form management unit, remove application unit, maintenance management unit, a plurality of unmanned aerial vehicles of driving of corresponding model have been put respectively in the matter storing lattice of every locker, have the charger in every matter storing lattice, still have the user application end, the user application end is the application software in the user internet equipment. Under the combined action of the systems and the application units, the visual intelligent management platform for the storage of the unmanned aerial vehicle is established, and the storage management level of the unmanned aerial vehicle is improved. Among the prior art has been overcome, the big management of storehouse managers 'work load is inconvenient, and a large amount of data statistics, analytic work, quality and effect are relatively poor, hardly realize the effective management in warehouse entry and exit of unmanned aerial vehicle and accessory, and staff's pressure is great in the time, leads to the drawback that decision-making management level is difficult to promote.
Description
Technical Field
The invention relates to the field of warehousing systems and application methods, in particular to a full life cycle management system and method for an unmanned aerial vehicle.
Background
A drone (drone) is an unmanned aircraft that is controlled by radio remote control or by its own program. Mainly include unmanned aerial vehicle and civilian unmanned aerial vehicle for the army. Civil unmanned aerial vehicle has small, the cost is low, convenient to use, requires low advantage to the environment (including taking off and landing environment), is prepared for user's favor. Civil small-size unmanned aerial vehicle mainly used equipment is patrolled and examined, is taken photo by plane, news report, environmental monitoring, express delivery, crops spray fields such as medicine, and along with the development of science and technology, the progress of society, unmanned aerial vehicle is more and more used in each field.
The unmanned aerial vehicle is basically managed by people in the prior art, a mature method for effectively managing the whole life cycle of the unmanned aerial vehicle is avoided, and the traditional safety tool and material management method cannot effectively monitor the environment, so that the particularity of unmanned aerial vehicle operation management cannot be effectively controlled, the health state of the unmanned aerial vehicle and related accessories cannot be objectively evaluated and overhauled, the safety of the unmanned aerial vehicle can not be guaranteed, and great hidden danger can be caused to safety production. In recent years, along with the continuous increase of unmanned aerial vehicle demand of electric power enterprise, the unmanned aerial vehicle management requirement upgrades thereupon, personnel's work load increases thereupon, does not have modernized, information-based management means, only relies on traditional unmanned aerial vehicle discrepancy storehouse management mode, and a large amount of statistics, analysis operating quality and effect are relatively poor, hardly realizes that the unmanned aerial vehicle account is real to be accorded with controllable in the accuse, and when staff's pressure is still great, the decision-making management level also is difficult to promote.
Disclosure of Invention
In order to overcome the defects in the existing unmanned aerial vehicle management, the invention provides the unmanned aerial vehicle full-life-cycle management system and the unmanned aerial vehicle full-life-cycle management method which combine the unmanned aerial vehicle material storage of a power grid company and the management characteristics of the unmanned aerial vehicle.
The technical scheme adopted by the invention for solving the technical problems is as follows:
an unmanned aerial vehicle full life cycle management system is characterized by comprising storage cabinets and a storage end management module, wherein a two-dimension code recognizer and an RFID recognizer access control system are installed at a storage end, the storage end management module comprises a system management unit, a classification standard unit, an unmanned aerial vehicle standing book management unit, a report management unit, a mobile application unit and a maintenance management unit, a plurality of unmanned aerial vehicles of corresponding models are respectively placed in storage lattices of each storage cabinet, each storage lattice is internally provided with a charger and is also provided with a user application end, the user application end is application software in user internet equipment, the system management unit comprises user function authority, unmanned aerial vehicle data recovery and backup, log management, various data import and synchronization subunits, the classification standard unit comprises an unmanned aerial vehicle manufacturer and product, an unmanned aerial vehicle demand identification table, unmanned aerial vehicle supplier safety management, unmanned aerial vehicle supplier qualification management and unmanned aerial vehicle battery charging reservation management subunit, unmanned aerial vehicle standing account management unit includes unmanned aerial vehicle inventory management, unmanned aerial vehicle warehouse entry management, unmanned aerial vehicle receives the management, unmanned aerial vehicle returns the management, unmanned aerial vehicle warehouse entry inventory point subunit, report management unit includes unmanned aerial vehicle report statistics, unmanned aerial vehicle and accessory receive the record, unmanned aerial vehicle and accessory track record, unmanned aerial vehicle accessory scrap management, unmanned aerial vehicle battery full life cycle management subunit, mobile application unit includes that user believe a little examines and approves, user believe a little reservation, user work order task believe inquiry, user history record inquiry subunit, maintenance management unit includes that unmanned aerial vehicle maintenance work order meets the order, unmanned aerial vehicle maintenance state inquiry, unmanned aerial vehicle maintenance producer statistics, unmanned aerial vehicle logistics information inquiry, unmanned aerial vehicle maintenance cost subunit.
Further, the system management unit, the classification standard unit, the unmanned aerial vehicle standing book management unit, the report management unit and the maintenance management unit of the storehouse side management module are application software in an unmanned aerial vehicle storehouse PC, and the mobile application unit is an APP installed in a mobile phone customer service end of an unmanned aerial vehicle manager.
Furthermore, the PC of the unmanned aerial vehicle storehouse adopts one of the near and LAN networking modes to connect an air conditioner, an intelligent switch, an intelligent air switch and a temperature and humidity sensor in the storehouse, and adopts advanced Internet of things, wireless radio frequency, visual monitoring and safety access control material management technologies, so that intelligent management without human-computer related materials in and out of the storehouse is realized.
Furthermore, in practical application of the storage cabinet, a user can open the storage lattices of the corresponding storage cabinet through one of the RFID card and the two-dimensional code order information.
An application method of an unmanned aerial vehicle full life cycle management system is characterized by comprising the following steps of 1: the method comprises the following steps that a manager inputs information of the unmanned aerial vehicle and related unmanned aerial vehicle accessories through a storehouse end management module; step 2: the user registers, the administrator audits the employee information, after the audit is passed, the user selects the required model of the unmanned aerial vehicle, the corresponding accessory and the using time of the unmanned aerial vehicle through the mobile phone customer service end, generates an appointment order and a two-dimensional code image corresponding to the order, and can also get an RFID identity authentication card from an unmanned aerial vehicle management department; and 3, step 3: after the order information is generated, the cloud server issues an instruction to the intelligent battery cabinet to perform charging operation according to the order information; and 4, step 4: a user arrives at the machine room to carry out remote box opening operation; and 5: after the user operation is completed, RFID authentication is carried out, the corresponding box door is opened again, and the unmanned aerial vehicle returns to the original position.
The invention has the beneficial effects that: according to the unmanned aerial vehicle storage visual intelligent management platform, the characteristics of unmanned aerial vehicle material storage and unmanned aerial vehicle management of a power grid company are combined, and under the combined action of each system and each application unit, the unmanned aerial vehicle storage visual intelligent management platform is established, so that the unmanned aerial vehicle storage management level is improved. In the application, the defects, risks and hardware improvement requirements in unmanned aerial vehicle storage management can be analyzed, and the countermeasure and the optimization scheme are formulated, so that the scientific planning of unmanned aerial vehicle storage is realized, the reasonable storage is effectively controlled, and the storage cost is reduced; the intelligent management system realizes the field intelligent management of the services such as warehouse location of a warehousing field, unmanned aerial vehicle warehousing and ex-warehouse, allocation and the like, and improves the data quality and the effectiveness of all unmanned aerial vehicle management. A data source with high quality and good instantaneity is provided, and the decision analysis of the management strategy of the unmanned aerial vehicle is effectively assisted; by constructing a visual management system platform, the transparency of the warehouse is improved, visual management of warehousing services is realized, and powerful technical support is provided for improving the working efficiency of the warehousing management. Among the prior art having overcome, storehouse managers's work load is managed inconveniently greatly, and a large amount of data statistics, analytic work, quality and effect are relatively poor, hardly realize the effective management in warehouse entry and exit of unmanned aerial vehicle and accessory, when staff's pressure is great, lead to the drawback that decision-making management level is difficult to promote. Based on the above, the invention has good application prospect.
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The invention is further illustrated below with reference to the figures and examples.
Fig. 1 is a block diagram of an architecture of a full life cycle management system of an unmanned aerial vehicle according to the present invention.
Fig. 2 is a flowchart of an application method of the full-life-cycle management system of the unmanned aerial vehicle according to the present invention.
Detailed Description
As shown in FIG. 1, an unmanned aerial vehicle full life cycle management system comprises storage cabinets with two-dimension code identifiers and RFID identifier access systems installed at the storage end, a storage end management module, a system management unit, a classification standard unit, an unmanned aerial vehicle account management unit, a report management unit, a mobile application unit and a maintenance management unit, wherein a plurality of unmanned aerial vehicles of corresponding models are respectively placed in storage lattices of each storage cabinet, each storage lattice is internally provided with a charger and a user application end, the user application end is application software in user internet equipment (mobile phones, PCs and the like), the system management unit comprises user function authorities, unmanned aerial vehicle data recovery and backup, log management, various data import and synchronization subunits, the classification standard unit comprises unmanned aerial vehicle manufacturers and products, an unmanned aerial vehicle demand identification table, unmanned aerial vehicle supplier safety management, unmanned aerial vehicle supplier qualification management and unmanned aerial vehicle pool charging reservation management subunit, the unmanned aerial vehicle account management unit comprises unmanned aerial vehicle inventory management and unmanned aerial vehicle warehousing management, unmanned aerial vehicle receives the management, unmanned aerial vehicle returns the management, unmanned aerial vehicle inventory stock point subunit, the report management unit includes unmanned aerial vehicle report statistics, unmanned aerial vehicle and accessory receive the record, unmanned aerial vehicle and accessory tracking record, unmanned aerial vehicle machine accessory scrap management, unmanned aerial vehicle battery full life cycle management subunit, it includes that the user is slightly believed to examine and approve to remove the application unit, the reservation of user slightly letter, the inquiry of user work order task slightly letter, user history record inquiry subunit, the maintenance management unit includes that unmanned aerial vehicle maintenance work order meets the order, unmanned aerial vehicle maintenance state inquiry, unmanned aerial vehicle maintenance manufacturer statistics, unmanned aerial vehicle logistics information inquiry, unmanned aerial vehicle maintenance cost subunit.
As shown in fig. 1, the system management unit, the classification standard unit, the unmanned aerial vehicle standing book management unit, the report management unit, and the maintenance management unit of the storehouse side management module are application software (capable of effectively realizing management and query of various data, etc.) in the unmanned aerial vehicle storehouse PC, and the mobile application unit is an APP installed in the cell phone customer service side of the unmanned aerial vehicle manager. The PC machine of the unmanned aerial vehicle storehouse is connected with an air conditioner, an intelligent switch, an intelligent air switch, a temperature and humidity sensor and the like in the storehouse in a near or LAN networking mode, advanced material management technologies such as the Internet of things, wireless radio frequency, visual monitoring and safety entrance guard are applied, various environmental data in the storehouse can be mastered in real time, and intelligent management without human-machine related materials in and out of the storehouse is realized. In practical application of the storage cabinet, a user can open storage lattices of the corresponding storage cabinet through the RFID card or the two-dimensional code order information, and the storage cabinet is more convenient to apply.
As shown in fig. 2, an application method of an unmanned aerial vehicle full-life-cycle management system includes the following steps, step 1: the method comprises the following steps that a manager inputs information of the unmanned aerial vehicle and related unmanned aerial vehicle accessories through a storehouse end management module; and 2, step: the user registers, the administrator audits the employee information, after the audit is passed, the user selects the required model of the unmanned aerial vehicle, the corresponding accessory and the using time of the unmanned aerial vehicle through the mobile phone customer service end, generates an appointment order and a two-dimensional code image corresponding to the order, and can also get an RFID identity authentication card from an unmanned aerial vehicle management department; and step 3: after the order information is generated, the cloud server issues an instruction to the intelligent battery cabinet to perform charging operation according to the order information; and 4, step 4: a user arrives at the machine room to carry out remote unpacking operation; and 5: after the user operation is completed, RFID authentication is carried out, the corresponding box door is opened again, and the unmanned aerial vehicle returns to the original position.
As shown in fig. 2, in step 1, the administrator inputs information related to the unmanned aerial vehicle and related unmanned aerial vehicle accessories through the unmanned aerial vehicle standing book management unit, where the information includes various data information such as the manufacturer, model, service life of the unmanned aerial vehicle, and battery state of the unmanned aerial vehicle. In step 2, when the user registers, the user selects the affiliated unit and registers the account number through the mobile phone customer service end, and the administrator checks the information of the employee through one of the mobile phone end background mobile application unit and the system management unit in the PC. In the step 3, the cloud server issues an instruction to the intelligent battery cabinet according to the order information to carry out a charging operation process, and immediately issues a charging instruction after the order information is complete, so that after a user gets the unmanned aerial vehicle on site, the unmanned aerial vehicle can be ensured to be in a sufficient electric energy state, and the storehouse end management module can also update all the reserved and non-reserved unmanned aerial vehicle inventory and state information in real time. In the step 4: after the user arrives at the machine room at the reserved time, the user shows the order through the RFID identity verification card or shows the two-dimensional code information of the order, the order is transmitted to the cloud server after being identified by the reader matched with the PC, the cloud server sends a unpacking command to be issued to the intelligent storage cabinet after receiving the order taking information, remote unpacking operation of corresponding storage lattices is carried out, and the user can take out the unmanned aerial vehicle for use after the storage lattices are opened; after writing in unmanned aerial vehicle information (station account information) in RFID authentication's electronic chip, the unmanned aerial vehicle managers just can read and write the information of storage in the chip at any time through handheld PDA or fixed mode's read write line, can also report to the police according to the business rule of setting for suggestion (if borrow, when selecting the inspection unmanned aerial vehicle, if the unmanned aerial vehicle of not experimenting in the excess period, RFID system can report to the police automatically). In the step 5: the user finishes the operation, carries out RFID authentication, opens the corresponding box door again, returns the unmanned aerial vehicle to the original position, the RFID identification system can control the corresponding storage lattice of the storage cabinet to be closed, if the unmanned aerial vehicle is damaged and needs to be maintained, the user fills in damage information and information of a person in charge of service through the mobile phone client, the person in service can receive a short message to inform that a maintenance order form needs to be processed, the person in service perfects the service data according to the damage information of the unmanned aerial vehicle, selects a maintenance manufacturer meeting the conditions, sends the unmanned aerial vehicle to the corresponding maintenance manufacturer for maintenance, and the maintenance manufacturer can log in the management background to check the maintenance order form of the person in service according to the distributed account number.
As shown in fig. 1 and 2, the unmanned aerial vehicle storage visualization intelligent management platform is established by combining the characteristics of unmanned aerial vehicle material storage and unmanned aerial vehicle management of a power grid company and by surrounding the application of an RFID technology and a cloud storage concept in the field of unmanned aerial vehicle storage management of a full life cycle, an unmanned aerial vehicle storage management mode is created, and the unmanned aerial vehicle storage management level is improved. The invention achieves the following objectives: the type, the stock and the flow scale of the stored unmanned aerial vehicle are determined, the defects, risks and hardware improvement requirements in unmanned aerial vehicle warehousing management can be analyzed, and the coping measures and the optimization scheme are formulated, so that the scientific planning of unmanned aerial vehicle warehousing is realized, the reasonable stock is effectively controlled, and the stock cost is reduced; through the construction of the RFID technology, the mobile application technology and the software function, the field intelligent management of services such as storage location of a storage field, unmanned aerial vehicle warehousing and ex-warehouse (RFID intelligent sensing, nameplate image scanning and recognition), allocation and the like is realized; on the basis of the basic stand account of the unmanned aerial vehicle and the arrival, delivery and storage of the unmanned aerial vehicle, the acquisition source and the information push starting point of basic data of each unmanned aerial vehicle are standardized, the data quality and the effectiveness of all unmanned aerial vehicle management are improved, a data source with high quality and good instantaneity is provided, and the strategic decision analysis of the unmanned aerial vehicle management can be effectively assisted; by constructing a visual management system platform, the transparency of the warehouse is improved, visual management of warehousing services is realized, and powerful technical support is provided for improving the working efficiency of warehousing management. Among the prior art has been overcome, the big management of storehouse managers 'work load is inconvenient, and a large amount of data statistics, analytic work, quality and effect are relatively poor, hardly realize the effective management in warehouse entry and exit of unmanned aerial vehicle and accessory, and staff's pressure is great in the time, leads to the drawback that decision-making management level is difficult to promote. Based on the above, the invention has good application prospect.
While there have been shown and described what are at present considered the fundamental principles and essential features of the invention and its advantages, it will be apparent to those skilled in the art that the invention is not limited to the details of the foregoing illustrative embodiments, but is capable of other specific forms without departing from the spirit or essential characteristics thereof. The present embodiments are therefore to be considered in all respects as illustrative and not restrictive, the scope of the invention being indicated by the appended claims rather than by the foregoing description, and all changes which come within the meaning and range of equivalency of the claims are therefore intended to be embraced therein.
Furthermore, it should be understood that although the specification describes embodiments, not every embodiment includes only a single embodiment, and such description is for clarity purposes only, and it will be understood by those skilled in the art that the specification as a whole and the embodiments may be combined as appropriate to form other embodiments understood by those skilled in the art.
Claims (1)
1. An unmanned aerial vehicle full life cycle management system is characterized by comprising storage cabinets and a storage end management module, wherein a two-dimension code recognizer and an RFID recognizer access control system are installed at a storage end, the storage end management module comprises a system management unit, a classification standard unit, an unmanned aerial vehicle standing book management unit, a report management unit, a mobile application unit and a maintenance management unit, a plurality of unmanned aerial vehicles of corresponding models are respectively placed in storage lattices of each storage cabinet, each storage lattice is internally provided with a charger and is also provided with a user application end, the user application end is application software in user internet equipment, the system management unit comprises user function authority, unmanned aerial vehicle data recovery and backup, log management, various data import and synchronization subunits, the classification standard unit comprises an unmanned aerial vehicle manufacturer and product, an unmanned aerial vehicle demand identification table, unmanned aerial vehicle supplier safety management, unmanned aerial vehicle supplier qualification management and unmanned aerial vehicle battery charging reservation management subunit, the unmanned aerial vehicle standing account management unit comprises an unmanned aerial vehicle inventory management unit, an unmanned aerial vehicle warehousing management unit, an unmanned aerial vehicle receiving management unit, an unmanned aerial vehicle returning management unit and an unmanned aerial vehicle warehousing inventory point subunit, wherein the report management unit comprises an unmanned aerial vehicle report counting unit, an unmanned aerial vehicle and accessory receiving record, an unmanned aerial vehicle and accessory tracking record, an unmanned aerial vehicle and accessory scrapping management unit and an unmanned aerial vehicle battery full life cycle management subunit; the system management unit, the classification standard unit, the unmanned aerial vehicle standing book management unit, the report management unit and the maintenance management unit of the storehouse side management module are application software in a PC (personal computer) of the unmanned aerial vehicle storehouse, and the mobile application unit is an APP (application program) installed in a mobile phone customer service side of an unmanned aerial vehicle manager; the PC of the unmanned plane storehouse is connected with an air conditioner, an intelligent switch, an intelligent air switch and a temperature and humidity sensor in the storehouse by adopting one of a near networking mode and an LAN networking mode, and the intelligent management of the non-man-machine related materials in and out of the storehouse is realized by applying advanced Internet of things, wireless radio frequency, visual monitoring and safety access control material management technologies; in practical application of the storage cabinet, a user can open the storage grids of the corresponding storage cabinet through one of the RFID card and the two-dimensional code order information; the unmanned aerial vehicle full life cycle management system further comprises the following application method, and the steps are as follows: the administrator inputs information of the unmanned aerial vehicle and related unmanned aerial vehicle accessories through the storehouse end management module; and 2, step: the user registers, the administrator audits the employee information, after the audit is passed, the user selects the required model of the unmanned aerial vehicle, the corresponding accessories and the using time of the unmanned aerial vehicle through the mobile phone customer service end, generates an appointment order and a two-dimensional code image corresponding to the order, and can also get an RFID identity authentication card from an unmanned aerial vehicle management department; and step 3: after the order information is generated, the cloud server issues an instruction to the intelligent battery cabinet to perform charging operation according to the order information; and 4, step 4: a user arrives at the machine room to carry out remote box opening operation; and 5: after the user operation is completed, RFID authentication is carried out, the corresponding box door is opened again, and the unmanned aerial vehicle returns to the original position.
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| CN112116289A (en) * | 2020-08-25 | 2020-12-22 | 中国南方电网有限责任公司超高压输电公司天生桥局 | Unmanned aerial vehicle storehouse management system, method, computer device and storage medium |
| CN113450021A (en) * | 2021-07-20 | 2021-09-28 | 国网浙江省电力有限公司检修分公司 | Unmanned aerial vehicle storehouse system and warehouse entry and exit management method and device thereof |
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