WO2019237420A1 - 一种无人机租赁系统及方法 - Google Patents

一种无人机租赁系统及方法 Download PDF

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Publication number
WO2019237420A1
WO2019237420A1 PCT/CN2018/092458 CN2018092458W WO2019237420A1 WO 2019237420 A1 WO2019237420 A1 WO 2019237420A1 CN 2018092458 W CN2018092458 W CN 2018092458W WO 2019237420 A1 WO2019237420 A1 WO 2019237420A1
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WIPO (PCT)
Prior art keywords
drone
information
rental
lease
pilot
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PCT/CN2018/092458
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English (en)
French (fr)
Inventor
唐宇
骆少明
侯超钧
庄家俊
郭琪伟
孙胜
刘泽锋
陈亚勇
张恒涛
黄建钧
陈家政
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仲恺农业工程学院
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Application filed by 仲恺农业工程学院 filed Critical 仲恺农业工程学院
Publication of WO2019237420A1 publication Critical patent/WO2019237420A1/zh

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06Q—INFORMATION AND COMMUNICATION TECHNOLOGY [ICT] SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES; SYSTEMS OR METHODS SPECIALLY ADAPTED FOR ADMINISTRATIVE, COMMERCIAL, FINANCIAL, MANAGERIAL OR SUPERVISORY PURPOSES, NOT OTHERWISE PROVIDED FOR
    • G06Q30/00—Commerce
    • G06Q30/06—Buying, selling or leasing transactions
    • G06Q30/0645—Rental transactions; Leasing transactions

Definitions

  • the present invention relates to the technical field of unmanned aerial vehicle services, and in particular, to an unmanned aerial vehicle rental system and method.
  • AOPA Chinese Aircraft Owners and Pilots Association
  • the present invention provides a drone rental system and method, which can provide a lessee with a drone that matches the lessee's drone driving qualifications. Leasing services.
  • a drone rental system including a data storage unit, a drone sorting unit, and an order generation unit;
  • the data storage unit is configured to store tenant information and drone information.
  • the tenant information includes the tenant ID and the lease qualification information corresponding to each tenant ID.
  • the drone information includes the drone ID and each Rental qualification information, rental use information, and rental time corresponding to the man-machine ID;
  • the drone sorting unit is used to obtain the tenant ID and lease usage information input by the tenant, obtain the lease qualification information corresponding to the tenant ID from the data storage unit, and obtain the lease qualification information and lease from the data storage unit. Utilization information that matches the lease qualification information and lease usage information and the corresponding lease time respectively;
  • the order generation unit is configured to obtain a drone ID, a pilot ID, and a lease time selected by the tenant, and generate a drone rental order according to the drone ID, pilot ID, and lease time selected by the tenant.
  • the drone sorting unit receives the renter ID and renting use information entered by the renter, and the data is stored in the data storage unit according to the renter.
  • ID queries the tenant's lease qualification information, and finds out the rental qualification information and rental use information in the data storage unit according to the lease qualification information and lease use information.
  • the drone ID and the corresponding lease time that match the lease information are then searched out.
  • the drone ID and the corresponding lease time are available for renters to choose.
  • the lessee thus learns all the drone IDs and the corresponding lease time that can be leased by virtue of his lease qualification, and selects the drone ID and lease time to be leased from these drone IDs that can be leased, and the order is generated
  • the unit will generate a drone rental order based on the drone ID and lease time selected by the lessee.
  • the lease qualification information and the rental qualification information are matched and judged, so that the tenant can only lease the drone that meets the lease qualification, avoiding some needs Drones with special driving qualifications are leased to renters without corresponding driving qualifications to improve the safety of drone leasing and drone driving.
  • system further includes a flying hand sorting unit, and the data storage unit is further configured to store flying hand information, and the flying hand information includes a flying hand ID and flying hand qualification information corresponding to each flying hand ID, and may be operating hours;
  • the drone sorting unit cannot obtain the rental qualification information and rental use information from the data storage unit, the drone ID that matches the rental qualification information and rental use information:
  • the drone sorting unit is further configured to re-obtain the drone ID and the corresponding lease time from the data storage unit that respectively match the rental use information with the leased use information and send it to the pilot sorting unit;
  • the flying hand sorting unit is configured to receive the drone ID and lease time sent by the drone sorting unit, obtain the rental qualification information corresponding to the drone ID from the data storage unit, and obtain the rent from the data storage unit. Pilot ID that matches the qualification information and working time of the pilot with the pilot information;
  • the order generation unit is further configured to obtain a drone ID, a pilot ID, and a lease time selected by the tenant, and generate a drone rental order according to the drone ID, pilot ID, and lease time selected by the tenant.
  • the drone sorting unit When the drone sorting unit cannot find a matching drone ID based on the lease qualification information and lease use information, that is, the tenant's lease qualification cannot meet the drone driver qualification requirements matched by the lease use information, then The drone sorting unit will again find the drone ID and the corresponding lease time that match the rental qualification information from the data storage unit according to the lease use information. The found drone ID and the corresponding lease time will be sent again. Go to the lease terminal and send the found drone ID to the pilot sorting unit. The flying hand sorting unit finds the corresponding rental qualification information from the data storage unit according to the drone ID, and then finds the flying hand qualification information and the workable time from the data storage unit according to the rental qualification information and lease time. The pilot ID is sent to the leased terminal.
  • the lessee When the lessee does not have the corresponding drone driving qualification, the lessee thus knows the drone ID that can be leased and the pilot ID that has the corresponding drone driving qualification. From these drone IDs that can be leased and the corresponding To select the pilot ID.
  • hiring a pilot with the corresponding drone driving qualification can make the lessee free from the restrictions of his drone driving qualification, and rent a drone that meets the lease purpose and is equipped with pilot services.
  • the tenant qualification information of each tenant By recording the tenant qualification information of each tenant and the pilot qualification information of each pilot, when the tenant qualification information and the rental qualification information cannot be matched, the tenant is provided with pilot services with corresponding pilot qualifications to realize the drone.
  • pilot services for leasing and flight hire.
  • the order generation unit includes a lease information generation module and a lease expense calculation module, and the drone rental order includes lease information and lease expenses;
  • the data storage unit is further configured to store drone rental charge information and pilot hire charge information
  • the drone sorting unit can obtain the rental qualification information and rental use information from the data storage unit, the drone ID that matches the rental qualification information and rental use information:
  • the lease information generating module is configured to obtain a drone ID and lease time selected by the lessee, and generate lease information according to the drone ID and lease time selected by the lessee;
  • the lease fee calculation module is used to obtain the drone ID and lease time selected by the lessee, and obtain the drone lease charge information from the data storage unit, according to the drone lease charge information and the unmanned person selected by the renter Machine ID and lease time to calculate rental expenses;
  • the drone sorting unit cannot obtain the rental qualification information and rental use information from the data storage unit, the drone ID that matches the rental qualification information and rental use information:
  • the lease information generating module is configured to obtain a drone ID, a pilot ID, and a lease time selected by the tenant, and generate lease information according to the drone ID, pilot ID, and lease time selected by the tenant;
  • the rental fee calculation module is used to obtain the drone ID, pilot ID, and lease time selected by the tenant, and obtain the drone rental charging information and pilot recruitment charging information from the data storage unit. Calculate the rental fee by leasing fee information, pilot fee information, and drone ID, pilot ID, and lease time selected by the tenant.
  • the data storage unit can store the drone rental charging information and the hire charging information corresponding to each pilot ID. It can formulate different rental charging information according to the type, function, scale, etc. of the drone. Develop different hire fee information for your own specific situation.
  • the rental fee calculation module can conveniently and quickly calculate the rental fee based on the drone rental charge information and / or pilot hire charge information stored in the data storage unit.
  • the tenant information further includes the flying age of the tenant corresponding to each tenant ID;
  • the lease fee calculation module is further configured to obtain the tenant ID entered by the tenant, obtain the tenant age corresponding to the tenant ID from the data storage unit, and adjust the lease fee according to the tenant age.
  • the lessee When the lessee is older, the lessee ’s technology to drive the drone is more mature, which will reduce the probability of damage to the drone when renting the drone, so the lease fee for the lessee can be appropriately reduced.
  • the flying hand information further includes a flying hand flying age corresponding to each flying hand ID;
  • the flying hand sorting unit is further configured to receive the drone ID and lease time sent by the drone sorting unit, obtain the rental qualification information corresponding to the drone ID from the data storage unit, and obtain the lease from the data storage unit.
  • the qualification information and lease time match the pilot's qualification information, the pilot's ID that matches the working time, and the corresponding pilot's flying age.
  • the flying age is longer, the technology of flying drones is more mature.
  • the renter selects the pilot ’s ID, he can know the pilot ’s flying age, and select a pilot with a longer pilot age according to actual needs to obtain a higher quality pilot service.
  • the leasing fee calculation module is further configured to obtain a flying hand flying age corresponding to the flying hand ID selected by the lessee from the data storage unit, and adjust the leasing fee according to the flying hand flying age.
  • a drone rental method includes the following steps:
  • A2 Obtain the lease qualification information corresponding to the tenant ID, and obtain the rental qualification information and lease use information that match the lease qualification information and lease use information, respectively, and the corresponding lease time;
  • A3. Generate a drone rental order based on the drone ID and lease time selected by the lessee.
  • the tenant can enter the tenant ID and lease usage information, obtain the tenant ID and lease usage information entered by the tenant, and query the tenant's lease qualification information according to the tenant ID, and According to the lease qualification information and the lease use information, the drone ID and the corresponding lease time that are respectively matched with the lease qualification information and the lease use information are found, and the found drone ID and the corresponding lease time are provided for the tenant to choose.
  • the lessee thus learns all the drone IDs and the corresponding lease time that can be leased by virtue of his lease qualification, and selects the drone ID and lease time to be leased from these drone IDs that can be leased, according to the lease
  • the drone ID and rental time selected by the user can generate a drone rental order.
  • the lessee can only lease the drone that meets the lease qualification, avoiding the lease of some drones that require special driving qualification to those who do not have the corresponding driver. Qualified tenants to improve the safety of drone leasing and drone driving.
  • step A2 when it is not possible to obtain a drone ID that matches the rental qualification information and the rental use information with the rental qualification information and the rental use information, the following steps are performed:
  • the lease use information will be re-based Find the drone ID and the corresponding rental time that match the rental qualification information from the data storage unit, find the corresponding rental qualification information based on the drone ID, and then find the pilot qualification information based on the rental qualification information and rental time. 2.
  • the pilot ID that can be matched with the working hours.
  • the lessee When the lessee does not have the corresponding drone driving qualification, the lessee thus knows the drone ID that can be leased and the pilot ID that has the corresponding drone driving qualification. From these drone IDs that can be leased and the corresponding To select the pilot ID.
  • hiring a pilot with the corresponding drone driving qualification can make the lessee free from the restrictions of his drone driving qualification, and rent a drone that meets the lease purpose and is equipped with pilot services.
  • the tenant is provided with a pilot service with corresponding driving qualification to realize the drone.
  • step A3 specifically includes the following steps:
  • A31 Generate rental information based on the drone ID and lease time selected by the lessee;
  • A32 Calculate the rental fee based on the drone ID and lease time selected by the lessee, and adjust the rental fee based on the age of the lessee;
  • A33 Generate drone rental orders based on rental information and rental costs.
  • the lessee When the lessee is older, the lessee ’s technology to drive the drone is more mature, which will reduce the probability of damage to the drone when renting the drone, so the lease fee for the lessee can be appropriately reduced.
  • step B3 specifically includes the following steps:
  • the lease fee of the lessee can be appropriately increased.
  • the drone sorting unit obtains the drone ID and the corresponding lease time that match the rental qualification information and the lease qualification information from the data storage unit and informs the tenant, so that the tenant can only lease Its leased drones can avoid the need to lease some drones with special driving qualifications to renters without corresponding driving qualifications, and improve the safety of drone rental and drone driving;
  • the flying hand sorting unit obtains the flying hand that the lessee can hire to inform the lessee, so as to realize the mutual matching of the drone rental and the flying hand hire service;
  • the factors such as the age of the lessee and the age of the pilot can be considered to adjust the lease fee.
  • FIG. 1 is a schematic diagram of a system composition principle according to an embodiment of the present invention.
  • FIG. 2 is a second schematic diagram of the system composition principle of the embodiment of the present invention.
  • FIG. 3 is a third schematic diagram of the system composition principle of the embodiment of the present invention.
  • a drone rental system includes a data storage unit 10, a drone sorting unit 20, and an order generation unit 30;
  • the data storage unit 10 is configured to store tenant information and drone information.
  • the tenant information includes the tenant ID and the lease qualification information corresponding to each tenant ID.
  • the drone information includes the drone ID and each Rental qualification information, rental use information, and rental time corresponding to the drone ID;
  • the drone sorting unit 20 is configured to obtain the tenant ID and the lease usage information input by the tenant, obtain the lease qualification information corresponding to the tenant ID from the data storage unit 10, and obtain the lease qualification from the data storage unit 10.
  • the information and rental use information respectively match the drone qualification information and rental use information with the drone ID and the corresponding rental time;
  • the order generation unit 30 is configured to obtain a drone ID, a pilot ID, and a lease time selected by the tenant, and generate a drone rental order according to the drone ID, pilot ID, and lease time selected by the tenant.
  • the drone sorting unit 20 receives the renter ID and the renting use information input by the renter.
  • the tenant ID queries the tenant's lease qualification information, and finds the drone ID and the corresponding lease time in the data storage unit 10 according to the lease qualification information and the lease usage information in the data storage unit 10. The found drone ID and the corresponding lease time are for the tenant to choose.
  • the lessee thus learns all the drone IDs and the corresponding lease time that can be leased by virtue of his lease qualification, and selects the drone ID and lease time to be leased from these drone IDs that can be leased, and the order is generated Unit 30 generates a drone rental order based on the drone ID and lease time selected by the lessee.
  • the lease qualification information and the rental qualification information are matched and judged, so that the tenant can only lease the drone that meets the lease qualification, avoiding some needs Drones with special driving qualifications are leased to renters without corresponding driving qualifications to improve the safety of drone leasing and drone driving.
  • the system further includes a flying hand sorting unit 40, and the data storage unit 10 is further configured to store flying hand information, where the flying hand information includes a flying hand ID and each Flying hand qualification information and working hours corresponding to flying hand ID;
  • the drone sorting unit 20 cannot obtain the rental qualification information and the rental use information from the data storage unit 10
  • the drone ID that matches the rental qualification information and the rental use information respectively:
  • the drone sorting unit 20 is further configured to re-obtain the drone ID and the corresponding lease time from the data storage unit 10 that respectively match the lease use information with the lease use information and send it to the pilot sorting unit 40;
  • the flying hand sorting unit 40 is configured to receive the drone ID and lease time sent by the drone sorting unit 20, obtain the rental qualification information corresponding to the drone ID from the data storage unit 10, and obtain data from the data storage unit. Obtain the pilot ID that the rental qualification information and leasing time match the pilot qualification information and working time in 10;
  • the order generation unit 30 is further configured to obtain a drone ID, a pilot ID, and a lease time selected by the tenant, and generate a drone rental order according to the drone ID, pilot ID, and lease time selected by the tenant.
  • the drone sorting unit 20 When the drone sorting unit 20 cannot find a matching drone ID based on the lease qualification information and lease use information, that is, the renter's lease qualification cannot meet the drone driver qualification requirements matched by the lease use information, Then the drone sorting unit 20 will again find the drone ID and the corresponding lease time that match the rental qualification information from the data storage unit 10 according to the lease use information, and the found drone ID and the corresponding lease The time is then sent to the leased terminal, and the found drone ID is sent to the pilot sorting unit 40 at the same time.
  • the flying hand sorting unit 40 looks up the corresponding rental qualification information from the data storage unit 10 according to the drone ID, and then finds the flying hand qualification information and the workable time from the data storage unit 10 according to the rental qualification information and lease time.
  • the matching pilot ID is sent to the leased terminal.
  • the lessee When the lessee does not have the corresponding drone driving qualification, the lessee thus knows the drone ID that can be leased and the pilot ID that has the corresponding drone driving qualification. From these drone IDs that can be leased and the corresponding To select the pilot ID.
  • hiring a pilot with the corresponding drone driving qualification can make the lessee free from the restrictions of his drone driving qualification, and rent a drone that meets the lease purpose and is equipped with pilot services.
  • the tenant qualification information of each tenant By recording the tenant qualification information of each tenant and the pilot qualification information of each pilot, when the tenant qualification information and the rental qualification information cannot be matched, the tenant is provided with pilot services with corresponding pilot qualifications to realize the drone.
  • pilot services for leasing and flight hire.
  • the order generation unit 30 includes a lease information generation module 31 and a lease expense calculation module 32, and the drone lease order includes lease information and lease expenses;
  • the data storage unit 10 is further configured to store drone rental charging information and pilot hire charging information;
  • the drone sorting unit 20 can obtain the rental qualification information and rental use information from the data storage unit 10, the drone IDs that match the rental qualification information and the rental use information respectively:
  • the lease information generating module 31 is configured to obtain a drone ID and lease time selected by the lessee, and generate lease information according to the drone ID and lease time selected by the lessee;
  • the lease fee calculation module 32 is configured to obtain the drone ID and lease time selected by the lessee, and obtain the drone lease charge information from the data storage unit 10, according to the drone lease charge information and the renter's selected information. Drone ID and rental time to calculate rental costs;
  • the drone sorting unit 20 cannot obtain the rental qualification information and the rental use information from the data storage unit 10
  • the drone ID that matches the rental qualification information and the rental use information respectively:
  • the lease information generating module 31 is configured to obtain a drone ID, a pilot ID, and a lease time selected by the tenant, and generate lease information according to the drone ID, pilot ID, and lease time selected by the tenant;
  • the lease fee calculation module 32 is configured to obtain a drone ID, a pilot ID, and a lease time selected by the lessee, and obtain the drone rental charge information and the pilot hire charge information from the data storage unit 10. Calculate the rental fee based on the rental information of human machine rental, the charge information of hired pilot, and the drone ID, pilot ID and lease time selected by the lessee.
  • the data storage unit 10 can store drone rental charging information and employment charging information corresponding to each pilot ID. It can formulate different rental charging information according to the type, function, scale, etc. of the drone, or it can be based on pilots. The specific circumstances of the development of different hire fee information.
  • the rental fee calculation module 32 can conveniently and quickly calculate the rental fee based on the drone rental charge information and / or the pilot hire charge information stored in the data storage unit 10.
  • the tenant information further includes the tenant age corresponding to each tenant ID
  • the lease fee calculation module 32 is further configured to obtain the tenant ID entered by the tenant, obtain the tenant age corresponding to the tenant ID from the data storage unit 10, and adjust the lease fee according to the tenant age.
  • the lessee When the lessee is older, the lessee ’s technology to drive the drone is more mature, which will reduce the probability of damage to the drone when renting the drone, so the lease fee for the lessee can be appropriately reduced.
  • the flying hand information further includes a flying hand flying age corresponding to each flying hand ID;
  • the flying hand sorting unit 40 is further configured to receive the drone ID and lease time sent by the drone sorting unit 20, obtain the rental qualification information corresponding to the drone ID from the data storage unit 10, and obtain data from the data storage unit. Obtain the rental qualification information and rental time that match the pilot's qualification information and working hours, and the corresponding pilot's flying age.
  • the flying age is longer, the technology of flying drones is more mature.
  • the renter selects the pilot ’s ID, he can know the pilot ’s flying age, and select a pilot with a longer pilot age according to actual needs to obtain a higher quality pilot service.
  • the rental fee calculation module 32 is further configured to obtain the flying age of the flying hand corresponding to the flying hand ID selected by the tenant from the data storage unit 10, and adjust the rental fee according to the flying age of the flying hand.
  • a drone rental method includes the following steps:
  • A2 Obtain the lease qualification information corresponding to the tenant ID, and obtain the rental qualification information and lease use information that match the lease qualification information and lease use information, respectively, and the corresponding lease time;
  • A3. Generate a drone rental order based on the drone ID and lease time selected by the lessee.
  • the tenant can enter the tenant ID and lease usage information, obtain the tenant ID and lease usage information entered by the tenant, and query the tenant's lease qualification information according to the tenant ID, and According to the lease qualification information and the lease use information, the drone ID and the corresponding lease time that are respectively matched with the lease qualification information and the lease use information are found, and the found drone ID and the corresponding lease time are provided for the tenant to choose.
  • the lessee thus learns all the drone IDs and the corresponding lease time that can be leased by virtue of his lease qualification, and selects the drone ID and lease time to be leased from these drone IDs that can be leased, according to the lease
  • the drone ID and rental time selected by the user can generate a drone rental order.
  • the lessee can only lease the drone that meets the lease qualification, avoiding the lease of some drones that require special driving qualification to those who do not have the corresponding driver. Qualified tenants to improve the safety of drone leasing and drone driving.
  • step A2 when it is not possible to obtain a drone ID that matches the lease qualification information and the lease use information with the lease qualification information and the lease use information, the following steps are performed:
  • the lease use information will be re-based Find the drone ID and the corresponding lease time that match the rental qualification information from the data storage unit 10, find the corresponding rental qualification information according to the drone ID, and then find the pilot qualification based on the rental qualification information and rental time.
  • the pilot ID matches the information and working time.
  • the lessee When the lessee does not have the corresponding drone driving qualification, the lessee thus knows the drone ID that can be leased and the pilot ID that has the corresponding drone driving qualification. From these drone IDs that can be leased and the corresponding To select the pilot ID.
  • hiring a pilot with the corresponding drone driving qualification can make the lessee free from the restrictions of his drone driving qualification, and rent a drone that meets the lease purpose and is equipped with pilot services.
  • the tenant is provided with a pilot service with corresponding driving qualification to realize the drone.
  • step A3 specifically includes the following steps:
  • A31 Generate rental information based on the drone ID and lease time selected by the lessee;
  • A32 Calculate the rental fee based on the drone ID and lease time selected by the lessee, and adjust the rental fee based on the age of the lessee;
  • A33 Generate drone rental orders based on rental information and rental costs.
  • the lessee When the lessee is older, the lessee ’s technology to drive the drone is more mature, which will reduce the probability of damage to the drone when renting the drone, so the lease fee for the lessee can be appropriately reduced.
  • step B3 specifically includes the following steps:
  • the lease fee of the lessee can be appropriately increased.

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Abstract

本发明涉及一种无人机租赁系统及方法，其中系统包括数据存储单元、无人机分选单元、订单生成单元；无人机分选单元用于获取承租者输入的承租者ID、承租用途信息，从数据存储单元中获取承租者ID对应的承租资质信息，从数据存储单元中获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID和对应的租赁时间；订单生成单元用于根据承租者选择的无人机ID、租赁时间生成无人机租赁订单。本发明可以为承租者提供与承租者的无人机驾驶资质相匹配的无人机租赁服务。

Description

一种无人机租赁系统及方法 技术领域
本发明涉及无人机服务技术领域，具体涉及一种无人机租赁系统及方法。
 背景技术
2014年中国民用航空局出台相关规定，要求由中国航空器拥有者及驾驶员协会（以下简称“AOPA”）按规定负责无人机驾驶员的资质管理。根据这一规定，只要无人机起飞重量大于7公斤或飞行高度120米以上或飞行距离500米以外，无人机操作员就必须持有经AOPA考试后核发的驾照，且在飞行前，还需将飞行计划上报当地空管部门，申请飞行空域方可。
2018年国务院、中央军委空中交通管制委员会办公室为了实现对无人机的依法管理，组织起草了《无人驾驶航空器飞行管理暂行条例（征求意见稿）》并对外征求意见，该暂行条例中结合无人机的重量、速度等因素，将无人机分为微型、轻型、小型、中型、大型五大类，针对不同类型的无人机对无人机驾驶员提出了不同的资质要求，对小型及以上的无人机进行加强监管，对微型、轻型的无人机放宽限制。
而近年来，随着互联网技术和共享思维的发展，出现了一些无人机的租赁平台，但是这些租赁平台没有完善的无人机驾驶员的资质监控，导致无人机租赁市场存在很多安全隐患和乱象。
 技术问题
本发明为了克服上述现有技术所述的至少一种缺陷（不足），提供一种无人机租赁系统及方法，可以为承租者提供与承租者的无人机驾驶资质相匹配的无人机租赁服务。
 技术解决方案
为实现本发明的目的，采用以下技术方案予以实现：
一种无人机租赁系统，包括数据存储单元、无人机分选单元、订单生成单元；
所述数据存储单元，用于存储承租者信息、无人机信息，承租者信息包括承租者ID以及每个承租者ID对应的承租资质信息，无人机信息包括无人机ID以及每个无人机ID对应的出租资质信息、出租用途信息、租赁时间；
所述无人机分选单元，用于获取承租者输入的承租者ID、承租用途信息，从数据存储单元中获取承租者ID对应的承租资质信息，从数据存储单元中获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID和对应的租赁时间；
所述订单生成单元，用于获取承租者选择的无人机ID、飞手ID、租赁时间，根据承租者选择的无人机ID、飞手ID、租赁时间生成无人机租赁订单。
当承租者需要租赁无人机时，承租者可以输入承租者ID、承租用途信息，无人机分选单元接收承租者输入的承租者ID和承租用途信息，会在数据存储单元中根据承租者ID查询承租者的承租资质信息，并根据承租资质信息、承租用途信息在数据存储单元中查找出出租资质信息、出租用途信息分别相匹配的无人机ID和对应的租赁时间，将所查找出来的无人机ID和对应的租赁时间供承租者选择。
承租者由此获知凭借自己的承租资质可以租赁到的所有无人机ID和对应的租赁时间，从可以租赁到的这些无人机ID中选择要租赁的无人机ID和租赁时间，订单生成单元会根据承租者所选择的无人机ID和租赁时间生成无人机租赁订单。
通过记录每一个承租者的承租资质信息以及每一个无人机的出租资质信息对承租资质信息和出租资质信息进行匹配判断，使得承租者只可以租赁到符合承租资质的无人机，避免一些需要特殊驾驶资质的无人机租赁给没有相应驾驶资质的承租者，提高无人机租赁和无人机驾驶的安全性。
进一步地，所述系统还包括飞手分选单元，所述数据存储单元还用于存储飞手信息，所述飞手信息包括飞手ID以及每个飞手ID对应的飞手资质信息、可工作时间；
当无人机分选单元从数据存储单元中无法获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID时：
所述无人机分选单元还用于从数据存储单元中重新获取出租用途信息分别与承租用途信息相匹配的无人机ID和对应的租赁时间并发送到飞手分选单元；
所述飞手分选单元，用于接收无人机分选单元发送的无人机ID、租赁时间，从数据存储单元中获取无人机ID对应的出租资质信息，从数据存储单元中获取出租资质信息、租赁时间分别与飞手资质信息、可工作时间相匹配的飞手ID；
所述订单生成单元，还用于获取承租者选择的无人机ID、飞手ID、租赁时间，根据承租者选择的无人机ID、飞手ID、租赁时间生成无人机租赁订单。
当无人机分选单元根据承租资质信息、承租用途信息不能找到相匹配的无人机ID时，也就是承租者的承租资质不能满足承租用途信息所匹配的无人机驾驶员资质要求，则无人机分选单元会重新根据承租用途信息从数据存储单元中查找出出租资质信息相匹配的无人机ID和对应的租赁时间，所查找出来的无人机ID和对应的租赁时间再发送到承租终端，同时将查找出来的无人机ID发送到飞手分选单元。飞手分选单元根据无人机ID从数据存储单元中查找出对应的出租资质信息，再根据出租资质信息、租赁时间从数据存储单元中查找出飞手资质信息、可工作时间分别相匹配的飞手ID并发送到承租终端。
当承租者没有相应无人机驾驶资质时，承租者由此获知可以租赁到的无人机ID和有相应无人机驾驶资质的飞手ID，从可以租赁到的这些无人机ID和相应的飞手ID中进行选择。租赁无人机的同时聘请具有相应无人机驾驶资质的飞手，可以使得承租者不受自身无人机驾驶资质的限制，租赁到满足承租用途的无人机并配有飞手服务。
通过记录每一个承租者的承租资质信息和每一个飞手的飞手资质信息，当承租资质信息和出租资质信息无法匹配时，为承租者提供具有相应驾驶资质的飞手服务，实现无人机租赁和飞手聘请的相互配套服务。
进一步地，所述订单生成单元包括租赁信息生成模块、租赁费用计算模块，所述无人机租赁订单包括租赁信息、租赁费用；
所述数据存储单元还用于存储无人机租赁收费信息、飞手聘请收费信息；
当无人机分选单元从数据存储单元中可以获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID时：
所述租赁信息生成模块，用于获取承租者选择的无人机ID、租赁时间，根据承租者选择的无人机ID、租赁时间生成租赁信息；
所述租赁费用计算模块，用于获取承租者选择的无人机ID、租赁时间，并从数据存储单元中获取无人机租赁收费信息，根据无人机租赁收费信息以及承租者选择的无人机ID、租赁时间计算租赁费用；
当无人机分选单元从数据存储单元中无法获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID时：
所述租赁信息生成模块，用于获取承租者选择的无人机ID、飞手ID、租赁时间，根据承租者选择的无人机ID、飞手ID、租赁时间生成租赁信息；
所述租赁费用计算模块，用于获取承租者选择的无人机ID、飞手ID、租赁时间，并从数据存储单元中获取无人机租赁收费信息、飞手聘请收费信息，根据无人机租赁收费信息、飞手聘请收费信息以及承租者选择的无人机ID、飞手ID、租赁时间计算租赁费用。
数据存储单元可以存储无人机租赁收费信息、每个飞手ID对应的聘请收费信息，可以根据无人机种类、功能、规模等的不同而制定不同的租赁收费信息，也可以根据飞手的自身具体情况制定不同的聘请收费信息。租赁费用计算模块可以方便快捷地根据数据存储单元中存储的无人机租赁收费信息和/或飞手聘请收费信息计算租赁费用。
进一步地，所述承租者信息还包括每个承租者ID对应的承租者飞龄；
所述租赁费用计算模块还用于获取承租者输入的承租者ID，从数据存储单元中获取承租者ID对应的承租者飞龄，根据承租者飞龄调整租赁费用。
当承租者飞龄较长时，承租者驾驶无人机的技术比较成熟，会降低在租用无人机时对无人机的损坏概率，因此可以适当地降低收取承租者的租赁费用。
进一步地，所述飞手信息还包括每个飞手ID对应的飞手飞龄；
所述飞手分选单元还用于接收无人机分选单元发送的无人机ID、租赁时间，从数据存储单元中获取无人机ID对应的出租资质信息，从数据存储单元中获取出租资质信息、租赁时间分别与飞手资质信息、可工作时间相匹配的飞手ID和对应的飞手飞龄。
当飞手飞龄较长时，飞手驾驶无人机的技术比较成熟。承租者在选择飞手ID时，可以获知飞手飞龄，根据实际的需要挑选飞龄较长的飞手，以获得更高质的飞手服务。
进一步地，所述租赁费用计算模块还用于从数据存储单元中获取承租者选择的飞手ID对应的飞手飞龄，根据飞手飞龄调整租赁费用。
飞龄较长的飞手掌握了更多的无人机驾驶经验，会为承租者提供更优质的服务，因此可以适当地提高收取承租者的租赁费用。
一种无人机租赁方法，包括以下步骤：
A1.获取承租者输入的承租者ID、承租用途信息；
A2.获取承租者ID对应的承租资质信息，获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID和对应的租赁时间；
A3.根据承租者选择的无人机ID、租赁时间生成无人机租赁订单。
当承租者需要租赁无人机时，承租者可以输入承租者ID、承租用途信息，获取到承租者输入的承租者ID和承租用途信息后，根据承租者ID查询承租者的承租资质信息，并根据承租资质信息、承租用途信息查找出出租资质信息、出租用途信息分别相匹配的无人机ID和对应的租赁时间，将所查找出来的无人机ID和对应的租赁时间供承租者选择。
承租者由此获知凭借自己的承租资质可以租赁到的所有无人机ID和对应的租赁时间，从可以租赁到的这些无人机ID中选择要租赁的无人机ID和租赁时间，根据承租者所选择的无人机ID和租赁时间可以生成无人机租赁订单。
通过对承租者的承租资质信息和无人机的出租资质信息进行匹配判断，使得承租者只可以租赁到符合承租资质的无人机，避免一些需要特殊驾驶资质的无人机租赁给没有相应驾驶资质的承租者，提高无人机租赁和无人机驾驶的安全性。
进一步地，所述步骤A2中，当无法获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID时，执行以下步骤：
B1.重新获取出租用途信息分别与承租用途信息相匹配的无人机ID和对应的租赁时间，获取无人机ID对应的出租资质信息;
B2.获取出租资质信息、租赁时间分别与飞手资质信息、可工作时间相匹配的飞手ID；
B3.根据承租者选择的无人机ID、飞手ID、租赁时间生成无人机租赁订单。
当根据承租资质信息、承租用途信息不能找到相匹配的无人机ID时，也就是承租者的承租资质不能满足承租用途信息所匹配的无人机驾驶员资质要求，则会重新根据承租用途信息从数据存储单元中查找出出租资质信息相匹配的无人机ID和对应的租赁时间，根据无人机ID查找出对应的出租资质信息，再根据出租资质信息、租赁时间查找出飞手资质信息、可工作时间分别相匹配的飞手ID。
当承租者没有相应无人机驾驶资质时，承租者由此获知可以租赁到的无人机ID和有相应无人机驾驶资质的飞手ID，从可以租赁到的这些无人机ID和相应的飞手ID中进行选择。租赁无人机的同时聘请具有相应无人机驾驶资质的飞手，可以使得承租者不受自身无人机驾驶资质的限制，租赁到满足承租用途的无人机并配有飞手服务。
通过对无人机的出租资质信息和飞手的飞手资质信息进行匹配判断，当承租资质信息和出租资质信息无法匹配时，为承租者提供具有相应驾驶资质的飞手服务，实现无人机租赁和飞手聘请的相互配套服务。
进一步地，所述步骤A3具体包括以下步骤：
A31.根据承租者选择的无人机ID、租赁时间生成租赁信息；
A32.根据承租者选择的无人机ID、租赁时间计算租赁费用，并根据承租者飞龄调整租赁费用；
A33.根据租赁信息、租赁费用生成无人机租赁订单。
当承租者飞龄较长时，承租者驾驶无人机的技术比较成熟，会降低在租用无人机时对无人机的损坏概率，因此可以适当地降低收取承租者的租赁费用。
进一步地，所述步骤B3具体包括以下步骤：
B31.根据承租者选择的无人机ID、飞手ID、租赁时间生成租赁信息；
B32.根据飞手飞龄、承租者选择的无人机ID、飞手ID、租赁时间计算租赁费用，并根据飞手飞龄调整租赁费用；
B33.根据租赁信息、租赁费用生成无人机租赁订单。
当飞手飞龄较长时，飞手掌握了更多的无人机驾驶经验，会为承租者提供更优质的服务，因此可以适当地提高收取承租者的租赁费用。
 有益效果
与现有技术相比，本发明技术方案的有益效果是：
（1）本发明中无人机分选单元从数据存储单元中获取出租资质信息与承租资质信息相匹配的无人机ID和对应的租赁时间并告知承租者，使得承租者只可以租赁到符合其承租资质的无人机，避免一些需要特殊驾驶资质的无人机租赁给没有相应驾驶资质的承租者，提高无人机租赁和无人机驾驶的安全性；
（2）如果承租者不具有相应的资质租赁到所需无人机时，飞手分选单元获取承租者可以聘用的飞手告知承租者，从而实现无人机租赁和飞手聘请的相互配套服务；
（3）在计算租赁费用的时候，可以综合考虑承租者飞龄和飞手飞龄的因素，调整租赁费用。
 附图说明
图1是本发明实施例的系统组成原理示意图一。
图2是本发明实施例的系统组成原理示意图二。
图3是本发明实施例的系统组成原理示意图三。
说明：10.数据存储单元；20.无人机分选单元；30.订单生成单元；31.租赁信息生成模块；32.租赁费用计算模块；40.飞手分选单元。
 本发明的最佳实施方式
附图仅用于示例性说明，不能理解为对本专利的限制；
为了更好说明本实施例，附图某些部件会有省略、放大或缩小，并不代表实际产品的尺寸；
对于本领域技术人员来说，附图中某些公知结构及其说明可能省略是可以理解的。
下面结合附图和实施例对本发明的技术方案做进一步的说明。
如图1所示，一种无人机租赁系统，包括数据存储单元10、无人机分选单元20、订单生成单元30；
所述数据存储单元10，用于存储承租者信息、无人机信息，承租者信息包括承租者ID以及每个承租者ID对应的承租资质信息，无人机信息包括无人机ID以及每个无人机ID对应的出租资质信息、出租用途信息、租赁时间；
所述无人机分选单元20，用于获取承租者输入的承租者ID、承租用途信息，从数据存储单元10中获取承租者ID对应的承租资质信息，从数据存储单元10中获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID和对应的租赁时间；
所述订单生成单元30，用于获取承租者选择的无人机ID、飞手ID、租赁时间，根据承租者选择的无人机ID、飞手ID、租赁时间生成无人机租赁订单。
当承租者需要租赁无人机时，承租者可以输入承租者ID、承租用途信息，无人机分选单元20接收承租者输入的承租者ID和承租用途信息，会在数据存储单元10中根据承租者ID查询承租者的承租资质信息，并根据承租资质信息、承租用途信息在数据存储单元10中查找出出租资质信息、出租用途信息分别相匹配的无人机ID和对应的租赁时间，将所查找出来的无人机ID和对应的租赁时间供承租者选择。
承租者由此获知凭借自己的承租资质可以租赁到的所有无人机ID和对应的租赁时间，从可以租赁到的这些无人机ID中选择要租赁的无人机ID和租赁时间，订单生成单元30会根据承租者所选择的无人机ID和租赁时间生成无人机租赁订单。
通过记录每一个承租者的承租资质信息以及每一个无人机的出租资质信息对承租资质信息和出租资质信息进行匹配判断，使得承租者只可以租赁到符合承租资质的无人机，避免一些需要特殊驾驶资质的无人机租赁给没有相应驾驶资质的承租者，提高无人机租赁和无人机驾驶的安全性。
如图2所示，在本实施例中，所述系统还包括飞手分选单元40，所述数据存储单元10还用于存储飞手信息，所述飞手信息包括飞手ID以及每个飞手ID对应的飞手资质信息、可工作时间；
当无人机分选单元20从数据存储单元10中无法获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID时：
所述无人机分选单元20还用于从数据存储单元10中重新获取出租用途信息分别与承租用途信息相匹配的无人机ID和对应的租赁时间并发送到飞手分选单元40；
所述飞手分选单元40，用于接收无人机分选单元20发送的无人机ID、租赁时间，从数据存储单元10中获取无人机ID对应的出租资质信息，从数据存储单元10中获取出租资质信息、租赁时间分别与飞手资质信息、可工作时间相匹配的飞手ID；
所述订单生成单元30，还用于获取承租者选择的无人机ID、飞手ID、租赁时间，根据承租者选择的无人机ID、飞手ID、租赁时间生成无人机租赁订单。
当无人机分选单元20根据承租资质信息、承租用途信息不能找到相匹配的无人机ID时，也就是承租者的承租资质不能满足承租用途信息所匹配的无人机驾驶员资质要求，则无人机分选单元20会重新根据承租用途信息从数据存储单元10中查找出出租资质信息相匹配的无人机ID和对应的租赁时间，所查找出来的无人机ID和对应的租赁时间再发送到承租终端，同时将查找出来的无人机ID发送到飞手分选单元40。飞手分选单元40根据无人机ID从数据存储单元10中查找出对应的出租资质信息，再根据出租资质信息、租赁时间从数据存储单元10中查找出飞手资质信息、可工作时间分别相匹配的飞手ID并发送到承租终端。
当承租者没有相应无人机驾驶资质时，承租者由此获知可以租赁到的无人机ID和有相应无人机驾驶资质的飞手ID，从可以租赁到的这些无人机ID和相应的飞手ID中进行选择。租赁无人机的同时聘请具有相应无人机驾驶资质的飞手，可以使得承租者不受自身无人机驾驶资质的限制，租赁到满足承租用途的无人机并配有飞手服务。
通过记录每一个承租者的承租资质信息和每一个飞手的飞手资质信息，当承租资质信息和出租资质信息无法匹配时，为承租者提供具有相应驾驶资质的飞手服务，实现无人机租赁和飞手聘请的相互配套服务。
如图3所示，在本实施例中，所述订单生成单元30包括租赁信息生成模块31、租赁费用计算模块32，所述无人机租赁订单包括租赁信息、租赁费用；
所述数据存储单元10还用于存储无人机租赁收费信息、飞手聘请收费信息；
当无人机分选单元20从数据存储单元10中可以获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID时：
所述租赁信息生成模块31，用于获取承租者选择的无人机ID、租赁时间，根据承租者选择的无人机ID、租赁时间生成租赁信息；
所述租赁费用计算模块32，用于获取承租者选择的无人机ID、租赁时间，并从数据存储单元10中获取无人机租赁收费信息，根据无人机租赁收费信息以及承租者选择的无人机ID、租赁时间计算租赁费用；
当无人机分选单元20从数据存储单元10中无法获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID时：
所述租赁信息生成模块31，用于获取承租者选择的无人机ID、飞手ID、租赁时间，根据承租者选择的无人机ID、飞手ID、租赁时间生成租赁信息；
所述租赁费用计算模块32，用于获取承租者选择的无人机ID、飞手ID、租赁时间，并从数据存储单元10中获取无人机租赁收费信息、飞手聘请收费信息，根据无人机租赁收费信息、飞手聘请收费信息以及承租者选择的无人机ID、飞手ID、租赁时间计算租赁费用。
数据存储单元10可以存储无人机租赁收费信息、每个飞手ID对应的聘请收费信息，可以根据无人机种类、功能、规模等的不同而制定不同的租赁收费信息，也可以根据飞手的自身具体情况制定不同的聘请收费信息。租赁费用计算模块32可以方便快捷地根据数据存储单元10中存储的无人机租赁收费信息和/或飞手聘请收费信息计算租赁费用。
在本实施例中，所述承租者信息还包括每个承租者ID对应的承租者飞龄；
所述租赁费用计算模块32还用于获取承租者输入的承租者ID，从数据存储单元10中获取承租者ID对应的承租者飞龄，根据承租者飞龄调整租赁费用。
当承租者飞龄较长时，承租者驾驶无人机的技术比较成熟，会降低在租用无人机时对无人机的损坏概率，因此可以适当地降低收取承租者的租赁费用。
在本实施例中，所述飞手信息还包括每个飞手ID对应的飞手飞龄；
所述飞手分选单元40还用于接收无人机分选单元20发送的无人机ID、租赁时间，从数据存储单元10中获取无人机ID对应的出租资质信息，从数据存储单元10中获取出租资质信息、租赁时间分别与飞手资质信息、可工作时间相匹配的飞手ID和对应的飞手飞龄。
当飞手飞龄较长时，飞手驾驶无人机的技术比较成熟。承租者在选择飞手ID时，可以获知飞手飞龄，根据实际的需要挑选飞龄较长的飞手，以获得更高质的飞手服务。
在本实施例中，所述租赁费用计算模块32还用于从数据存储单元10中获取承租者选择的飞手ID对应的飞手飞龄，根据飞手飞龄调整租赁费用。
飞龄较长的飞手掌握了更多的无人机驾驶经验，会为承租者提供更优质的服务，因此可以适当地提高收取承租者的租赁费用。
一种无人机租赁方法，包括以下步骤：
A1.获取承租者输入的承租者ID、承租用途信息；
A2.获取承租者ID对应的承租资质信息，获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID和对应的租赁时间；
A3.根据承租者选择的无人机ID、租赁时间生成无人机租赁订单。
当承租者需要租赁无人机时，承租者可以输入承租者ID、承租用途信息，获取到承租者输入的承租者ID和承租用途信息后，根据承租者ID查询承租者的承租资质信息，并根据承租资质信息、承租用途信息查找出出租资质信息、出租用途信息分别相匹配的无人机ID和对应的租赁时间，将所查找出来的无人机ID和对应的租赁时间供承租者选择。
承租者由此获知凭借自己的承租资质可以租赁到的所有无人机ID和对应的租赁时间，从可以租赁到的这些无人机ID中选择要租赁的无人机ID和租赁时间，根据承租者所选择的无人机ID和租赁时间可以生成无人机租赁订单。
通过对承租者的承租资质信息和无人机的出租资质信息进行匹配判断，使得承租者只可以租赁到符合承租资质的无人机，避免一些需要特殊驾驶资质的无人机租赁给没有相应驾驶资质的承租者，提高无人机租赁和无人机驾驶的安全性。
在本实施例中，所述步骤A2中，当无法获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID时，执行以下步骤：
B1.重新获取出租用途信息分别与承租用途信息相匹配的无人机ID和对应的租赁时间，获取无人机ID对应的出租资质信息;
B2.获取出租资质信息、租赁时间分别与飞手资质信息、可工作时间相匹配的飞手ID；
B3.根据承租者选择的无人机ID、飞手ID、租赁时间生成无人机租赁订单。
当根据承租资质信息、承租用途信息不能找到相匹配的无人机ID时，也就是承租者的承租资质不能满足承租用途信息所匹配的无人机驾驶员资质要求，则会重新根据承租用途信息从数据存储单元10中查找出出租资质信息相匹配的无人机ID和对应的租赁时间，根据无人机ID查找出对应的出租资质信息，再根据出租资质信息、租赁时间查找出飞手资质信息、可工作时间分别相匹配的飞手ID。
当承租者没有相应无人机驾驶资质时，承租者由此获知可以租赁到的无人机ID和有相应无人机驾驶资质的飞手ID，从可以租赁到的这些无人机ID和相应的飞手ID中进行选择。租赁无人机的同时聘请具有相应无人机驾驶资质的飞手，可以使得承租者不受自身无人机驾驶资质的限制，租赁到满足承租用途的无人机并配有飞手服务。
通过对无人机的出租资质信息和飞手的飞手资质信息进行匹配判断，当承租资质信息和出租资质信息无法匹配时，为承租者提供具有相应驾驶资质的飞手服务，实现无人机租赁和飞手聘请的相互配套服务。
在本实施例中，所述步骤A3具体包括以下步骤：
A31.根据承租者选择的无人机ID、租赁时间生成租赁信息；
A32.根据承租者选择的无人机ID、租赁时间计算租赁费用，并根据承租者飞龄调整租赁费用；
A33.根据租赁信息、租赁费用生成无人机租赁订单。
当承租者飞龄较长时，承租者驾驶无人机的技术比较成熟，会降低在租用无人机时对无人机的损坏概率，因此可以适当地降低收取承租者的租赁费用。
在本实施例中，所述步骤B3具体包括以下步骤：
B31.根据承租者选择的无人机ID、飞手ID、租赁时间生成租赁信息；
B32.根据飞手飞龄、承租者选择的无人机ID、飞手ID、租赁时间计算租赁费用，并根据飞手飞龄调整租赁费用；
B33.根据租赁信息、租赁费用生成无人机租赁订单。
当飞手飞龄较长时，飞手掌握了更多的无人机驾驶经验，会为承租者提供更优质的服务，因此可以适当地提高收取承租者的租赁费用。
相同或相似的标号对应相同或相似的部件；
附图中描述位置关系的仅用于示例性说明，不能理解为对本专利的限制；
显然，本发明的上述实施例仅仅是为清楚地说明本发明所作的举例，而并非是对本发明的实施方式的限定。对于所属领域的普通技术人员来说，在上述说明的基础上还可以做出其它不同形式的变化或变动。这里无需也无法对所有的实施方式予以穷举。凡在本发明的精神和原则之内所作的任何修改、等同替换和改进等，均应包含在本发明权利要求的保护范围之内。

Claims (10)

  1. 一种无人机租赁系统，其特征在于，包括数据存储单元、无人机分选单元、订单生成单元；
    所述数据存储单元，用于存储承租者信息、无人机信息，承租者信息包括承租者ID以及每个承租者ID对应的承租资质信息，无人机信息包括无人机ID以及每个无人机ID对应的出租资质信息、出租用途信息、租赁时间；
    所述无人机分选单元，用于获取承租者输入的承租者ID、承租用途信息，从数据存储单元中获取承租者ID对应的承租资质信息，从数据存储单元中获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID和对应的租赁时间；
    所述订单生成单元，用于获取承租者选择的无人机ID、租赁时间，根据承租者选择的无人机ID、租赁时间生成无人机租赁订单。
  2. 根据权利要求1所述的无人机租赁系统，其特征在于，还包括飞手分选单元，所述数据存储单元还用于存储飞手信息，所述飞手信息包括飞手ID以及每个飞手ID对应的飞手资质信息、可工作时间；
    当无人机分选单元从数据存储单元中无法获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID时：
    所述无人机分选单元还用于从数据存储单元中重新获取出租用途信息分别与承租用途信息相匹配的无人机ID和对应的租赁时间并发送到飞手分选单元；
    所述飞手分选单元，用于接收无人机分选单元发送的无人机ID、租赁时间，从数据存储单元中获取无人机ID对应的出租资质信息，从数据存储单元中获取出租资质信息、租赁时间分别与飞手资质信息、可工作时间相匹配的飞手ID；
    所述订单生成单元，还用于获取承租者选择的无人机ID、飞手ID、租赁时间，根据承租者选择的无人机ID、飞手ID、租赁时间生成无人机租赁订单。
  3. 根据权利要求2所述的无人机租赁系统，其特征在于，所述订单生成单元包括租赁信息生成模块、租赁费用计算模块，所述无人机租赁订单包括租赁信息、租赁费用；
    所述数据存储单元还用于存储无人机租赁收费信息、飞手聘请收费信息；
    当无人机分选单元从数据存储单元中可以获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID时：
    所述租赁信息生成模块，用于获取承租者选择的无人机ID、租赁时间，根据承租者选择的无人机ID、租赁时间生成租赁信息；
    所述租赁费用计算模块，用于获取承租者选择的无人机ID、租赁时间，并从数据存储单元中获取无人机租赁收费信息，根据无人机租赁收费信息以及承租者选择的无人机ID、租赁时间计算租赁费用；
    当无人机分选单元从数据存储单元中无法获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID时：
    所述租赁信息生成模块，用于获取承租者选择的无人机ID、飞手ID、租赁时间，根据承租者选择的无人机ID、飞手ID、租赁时间生成租赁信息；
    所述租赁费用计算模块，用于获取承租者选择的无人机ID、飞手ID、租赁时间，并从数据存储单元中获取无人机租赁收费信息、飞手聘请收费信息，根据无人机租赁收费信息、飞手聘请收费信息以及承租者选择的无人机ID、飞手ID、租赁时间计算租赁费用。
  4. 根据权利要求3所述的无人机租赁系统，其特征在于，所述承租者信息还包括每个承租者ID对应的承租者飞龄；
    所述租赁费用计算模块还用于获取承租者输入的承租者ID，从数据存储单元中获取承租者ID对应的承租者飞龄，根据承租者飞龄调整租赁费用。
  5. 根据权利要求3所述的无人机租赁系统，其特征在于，所述飞手信息还包括每个飞手ID对应的飞手飞龄；
    所述飞手分选单元还用于接收无人机分选单元发送的无人机ID、租赁时间，从数据存储单元中获取无人机ID对应的出租资质信息，从数据存储单元中获取出租资质信息、租赁时间分别与飞手资质信息、可工作时间相匹配的飞手ID和对应的飞手飞龄。
  6. 根据权利要求5所述的无人机租赁系统，其特征在于，所述租赁费用计算模块还用于从数据存储单元中获取承租者选择的飞手ID对应的飞手飞龄，根据飞手飞龄调整租赁费用。
  7. 一种无人机租赁方法，其特征在于，包括以下步骤：
    A1.获取承租者输入的承租者ID、承租用途信息；
    A2.获取承租者ID对应的承租资质信息，获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID和对应的租赁时间；
    A3.根据承租者选择的无人机ID、租赁时间生成无人机租赁订单。
  8. 根据权利要求7所述的无人机租赁方法，其特征在于，所述步骤A2中，当无法获取出租资质信息、出租用途信息分别与承租资质信息、承租用途信息相匹配的无人机ID时，执行以下步骤：
    B1.重新获取出租用途信息分别与承租用途信息相匹配的无人机ID和对应的租赁时间，获取无人机ID对应的出租资质信息；
    B2.获取出租资质信息、租赁时间分别与飞手资质信息、可工作时间相匹配的飞手ID；
    B3.根据承租者选择的无人机ID、飞手ID、租赁时间生成无人机租赁订单。
  9. 根据权利要求7所述的无人机租赁方法，其特征在于，所述步骤A3具体包括以下步骤：
    A31.根据承租者选择的无人机ID、租赁时间生成租赁信息；
    A32.根据承租者选择的无人机ID、租赁时间计算租赁费用，并根据承租者飞龄调整租赁费用；
    A33.根据租赁信息、租赁费用生成无人机租赁订单。
  10. 根据权利要求8所述的无人机租赁方法，其特征在于，所述步骤B3具体包括以下步骤：
    B31.根据承租者选择的无人机ID、飞手ID、租赁时间生成租赁信息；
    B32.根据飞手飞龄、承租者选择的无人机ID、飞手ID、租赁时间计算租赁费用，并根据飞手飞龄调整租赁费用；
    B33.根据租赁信息、租赁费用生成无人机租赁订单。
PCT/CN2018/092458 2018-06-13 2018-06-22 一种无人机租赁系统及方法 WO2019237420A1 (zh)

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