首页> 外国专利> . METHOD AND DRONE FLIGHT CONTROL DEVICE FOR PROPELLER DAMAGE DETECTION AND LANDING GUIDANCE AND DRONE WITH THE DEVICE

. METHOD AND DRONE FLIGHT CONTROL DEVICE FOR PROPELLER DAMAGE DETECTION AND LANDING GUIDANCE AND DRONE WITH THE DEVICE

机译:。 用于螺旋桨损坏检测和降落指导和无人机的方法和无人机飞行控制装置

摘要

The present invention relates to a drone propeller damage detection and landing guidance control method, a drone operation control device for drone propeller damage detection and landing guidance, and a drone including the device, and more particularly, to determine the damage of the drone propeller by software and a control method for inducing operation suspension and safe landing, a drone operation control device, and a drone including the device. The drone propeller damage detection and landing guidance control method of the present invention is a method of controlling a drone by a drone operation control device, Initializing the number of consecutive inclinations and setting the allowable value for the number of inclinations, controlling the operation of the drone, receiving a detection signal from the gyroscope, determining whether it is level, and performing the normal operation instruction procedure if it is level, Including the step of performing a horizontal restoration procedure if it is not horizontal, The normal operation instruction procedure includes transmitting a signal for the normal motor rotation speed to the electronic speed control unit, and continuing the operation of the drone after initializing the number of consecutive inclinations, The horizontal restoration procedure includes the steps of increasing the number of consecutive inclinations, determining the number of rotations of the motor in the inclined direction, transmitting the determined number of rotations of the motor to the electronic speed control unit, and the number of consecutive inclinations is the number of inclinations After determining whether it is less than the allowable value, performing a step of controlling the operation of the drone if it is less than the value, and performing a fail-safe instruction procedure if it is greater than the value, The fail-safe instruction procedure is characterized in that it includes the steps of transmitting an electronic speed control signal to the inclined motor to maintain the motor rotation speed determined in the horizontal restoration procedure, and executing a fail-safe function. In the drone operation control apparatus for the drone propeller damage detection and landing control of the present invention, the drone operation control apparatus, The operation control function that controls the operation of the drone and detects the inclination of the drone from the gyroscope during operation, determines whether it is level through the inclination detection, and provides a normal operation instruction function if it is horizontal, and a function to restore the level if it is not horizontal Including a horizontal judgment function to perform The normal operation instruction function includes a function of transmitting a signal for the normal motor rotation speed to the electronic speed control unit, initialize the number of consecutive inclinations, and then give a normal operation instruction, The horizontal restoration function increases the number of consecutive inclinations, determines the number of rotations of the motor in the inclined direction, transmits the determined number of motor rotations to the electronic speed control unit, and determines whether the number of consecutive inclinations is greater than the allowable value of the number of inclinations. , When the number of consecutive inclinations is greater than the allowable number of inclinations, a fail-safe instruction function is performed, and when the number of continuous inclinations is less than the allowable number of inclinations, a function of maintaining normal operation; The fail-safe instruction function is characterized in that it continuously transmits a signal for maintaining the high-output rotational speed to the inclined motor to the electronic speed control unit, and includes a function of instructing the fail-safe execution. The drone of the present invention is controlled by the control method or includes the control device.
机译:无人机螺旋桨损伤检测和着陆引导控制方法,一种无人驾驶螺旋桨损坏检测和着陆引导的无人机操作控制装置,以及包括装置的无人机,更具体地,涉及一种诸如造成的无人机螺旋桨的损坏软件和用于诱导操作悬架和安全降落,无人机操作控制装置和包括该装置的无人机的控制方法。本发明的无人驾驶螺旋桨损伤检测和着陆引导控制方法是通过无人机操作控制装置来控制无人机的方法,初始化连续倾斜的数量并为倾斜度设置允许值,控制操作无人机,从陀螺仪接收检测信号,确定它是否是水平,并且执行正常操作指令过程如果它是级别,则包括执行水平恢复过程的步骤,如果它不是水平的,则正常操作指令过程包括发送对于电子速度控制单元的正常电动机转速的信号,并且在初始化连续倾斜的数量之后继续操作的动手,水平恢复过程包括增加连续倾斜度的步骤,确定旋转次数在倾斜的d中的电动机反射,将电动机的确定数量传输到电子速度控制单元,并且连续倾斜的数量是在确定它是否小于允许值之后的倾斜度,执行控制无人机操作的步骤如果它小于该值,并且执行故障安全指令过程如果它大于该值,则故障安全指令过程的特征在于它包括将电子速度控制信号传输到倾斜电机的步骤保持在水平恢复过程中确定的电机转速,并执行故障安全功能。在用于本发明的无人驾驶螺旋桨损坏检测和着陆控制的无人机操作控制装置中,无人驾驶操作控制装置,操作控制功能控制无人机的操作并在操作期间从陀螺仪中检测无人机的倾斜度,确定它是否通过倾斜度检测是级别,并且如果它是水平的,则提供正常操作指令功能,并且如果它没有水平,则恢复电平的功能,包括横向判断功能以执行正常操作指令功能包括功能向电子速度控制单元发送用于正常电动机转速的信号,初始化连续倾斜的数量,然后给出正常操作指令,水平恢复功能增加了连续倾斜的数量,确定电动机的旋转次数在倾斜方向上,传输E确定对电子速度控制单元的电动机旋转数量,并确定连续倾斜的数量是否大于倾斜次数的允许值。当连续倾斜的数量大于允许允许的倾斜度时,执行故障安全指令功能,并且当连续倾斜的数量小于允许允许的倾斜度时,可以保持正常操作的功能;故障安全指令功能的特征在于它连续地发送用于将高输出旋转速度保持到倾斜电动机的信号,并包括指示故障安全执行的功能。本发明的无人机由控制方法控制或包括控制装置。

著录项

  • 公开/公告号KR102298107B1

    专利类型

  • 公开/公告日2021-09-03

    原文格式PDF

  • 申请/专利权人 이민철;

    申请/专利号KR20200067078

  • 发明设计人 이민철;

    申请日2020-06-03

  • 分类号B64D45/04;B64C27;B64C39/02;B64D45;G05D1/10;

  • 国家 KR

  • 入库时间 2022-08-24 20:51:21

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