Motion sensing type remote control device

Abstract

The invention provides a motion sensing type remote control device which mainly comprises a motion sensing module, a computation unit, an advancing setting unit, a transmission unit and a receiving unit. The remote control device disclosed by the invention can be used for operating and controlling a remote control car to do various advancing motions by virtue of a way of sensing gestures; the motion sensing module is responsible for sensing the gestures and converting the gestures into voltage signals which can be computed by the computation unit; the advancing setting unit is used for generating a corresponding order according to a computation result of the computation unit; and the control order is transmitted to the remote control car by virtue of the transmission unit and the receiving unit, so that the remote control car is controlled to implement the motion designated by the control order.

Description

technical field [0001] The invention relates to a remote control device, in particular to a remote control device for controlling a remote control car by means of motion induction. The operator can easily control the remote control car to make corresponding traveling motions through the control of intuitive reaction. Background technique [0002] Among the interactive model toys, the remote control car device has always been one of the favorite model toys for adults and children. The operation of the remote control car device is usually to control the remote control car to move forward and backward by manipulating the joystick or buttons on the remote control Movements such as turning. [0003] The remote control systems of existing remote control cars are not the same, including remote control methods such as frequency modulation (FM) or amplitude modulation (AM), and the remote control car generally includes a car body, a signal receiving unit and a drive assembly, wherein...

AI Technical Summary

Problems solved by technology

[0004] However, at present, the control direction of the remote control car is based on the front of the remote control car, so during the control process, there will often be a problem that the direction of the remote control car is opposite to the direction in which the joystick is pulled. Trapped in or damaged by an accidental collision

[0005] In addition, the operating sensitivity of the joystick or the button is not good, because it must first drive the hardware to actuate, and only after the hardware actuates can the trigger operation signal be transmitted to the drive component. The above hardware actuation means that the operator must actually move the joystick Or press the button to trigger the operation signal. The operation signal is transmitted to the drive component after being transcoded, and then drives the car body to move. The above hardware operation time plus the signal processing time will cause the remote control car to fail to move immediately or The reason for the immediate stop is also easy to cause the remote control car to accidentally collide or overturn or be trapped in obstacles

[0006] Existing gun-type remote controllers or lever-type remote controllers will be equipped with control mechanisms that can separately control the steering and throttle of the remote-controlled car. The steering lever that can move left and right, the operator can only make the remote control car move forward, stop, back, turn, and circle through the control of the accelerator joystick and the steering lever, but cannot make the remote control car accelerate and decelerate Waiting for the traveling effect, plus the problem mentioned above that the joystick operation cannot achieve real-time operation and real-time response. From this, it can be seen that although the remote control mode through the joystick can grasp the direction of the remote control object, it only uses the finger to move the joystick The resulting indirect remote control, the operation mode is monotonous and lacks variability, and the operator cannot easily control the controlled object to make corresponding travel movements through direct and simple control methods

[0007] Therefore, the remote control car can simulate the movement of the car is very limited. In addition to easily making the fun and sense of accomplishment disappear in a short period of time, it will also limit the function and applicability of the remote control car.

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