Calibration method, calibration device, calibration system and calibration memory

Abstract

A calibration method (100), a calibration device (30), a calibration system (40), and a calibration memory (41). The calibration method (100) comprises the steps of: displaying a calibration interface (50) comprising a preset graph (51) (101); according to an effective signal inputted along a boundary by an input device (32), performing control to display corresponding marking points (56) on the preset graph (51), the effective signal being a signal indicating that coordinate positions inputted by the input device (32) at least reach a preset threshold (102); determining whether a quantity of the marking points (56) displayed on the preset graph (51) reaches a preset quantity (103); and when the quantity of the marking points (56) displayed on the preset graph (51) reaches the preset quantity, ending the calibration flow.

Description

technical field [0001] The present invention relates to the technical fields of calibration setting, user experience and interaction design of aircraft joysticks, and in particular to a calibration method, a calibration device, a calibration system and a calibration memory. Background technique [0002] In industries with remote control equipment, such as joysticks for unmanned aerial vehicles, game controllers, and joysticks for large machinery, potentiometers are often used as position sensors, and magnetic sensors are rarely used as position sensors. After these remote control devices are used for a period of time, due to structural deformation or sensor aging, the input value usually has a certain deviation from the standard value. Therefore, it is necessary to reserve a calibration interface for secondary calibration of these remote control devices. [0003] However, many remote control devices that use potentiometers do not have a calibration interface or the calibrati...

AI Technical Summary

Problems solved by technology

[0003] However, many remote control devices that use potentiometers do not have a calibration interface or the calibration interface is relatively simple, and a small number of remote control devices use magnetic sensors and do not have a secondary calibration interface.

Moreover, the existing remote control equipment lacks a dynamic interactive process of calibration for the secondary calibration process. Therefore, the existing remote control equipment is not enough to guide the user to complete the calibration process efficiently and quickly, and the user experience is poor.

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