Frequency hopping communication method and system based on building block remote control, medium and building block toy
A technology of frequency hopping communication and building blocks, applied in the field of building block toys, can solve the problems of reduced efficiency and large interference, and achieve the effects of continuous and stable connection, high degree of automation, and improved stability
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Embodiment 1
[0059] The frequency hopping communication method based on building block remote control includes:
[0060] Step of receiving information: switching channels in sequence to receive information from building block actuators or controllers; step of sending information: switching channels in sequence to send information to building block actuators or controllers. The controller in this embodiment can be a smart phone, a remote control, etc., and the actuator can be a toy car, a remote control model, etc. In this embodiment, the communication carrier frequencies of the paired actuators and controllers jump within a certain range according to the same rule, thereby improving communication interference between other groups of actuators and controllers.
[0061] In more detail, the steps of receiving information include:
[0062] Step S1.1: Command the building block controller or actuator to switch to the first channel to receive information;
[0063] Step S1.2: Determine whether ...
Embodiment 2
[0072] The steps to receive information include:
[0073] Step S3.1: Command the building block actuator or controller to receive information on the first channel at the first moment;
[0074] Step S3.2: Determine whether the building block actuator or the controller has received the information, if so, synchronize the clock of the building block actuator or the controller, so that the frequency hopping frequency of the building block actuator and the control is the same, to ensure the normal and continuous communication; if not , command the building block actuator or controller to receive information on the second channel at the second moment;
[0075] Step S3.3: Determine whether the building block actuator or controller has received information, if yes, synchronize the building block actuator or controller clock; if not, order the building block actuator or controller to receive information at the next moment and next channel; Repeat this step until all channel building b...
Embodiment 3
[0083] Described receiving information module comprises:
[0084] Module M1.1: command the building block controller or actuator to switch to the first channel to receive information;
[0085] Module M1.2: Determine whether the block controller or actuator receives information overtime, if not, order the block controller or actuator to process the received information, if so, order the block controller or actuator to switch to the second channel to receive information ;
[0086] Module M1.3: Determine whether the building block controller or actuator has completed the switching of all channels, if so, switch to the first channel to receive information again; if not, switch to the next information to receive information;
[0087] Module M1.4: Determine whether data needs to be sent, if yes, switch to the information sending module, if not, return to execute module M1.3;
[0088] The sending information module includes:
[0089] Module M2.1: Command the building block control...
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