Data transmission method and device, data identification method and device
A data transmission method and data technology, applied in the field of remote control, can solve problems such as loss of remote control data, data transmission of handheld devices, and reducing the effectiveness of data transmission of handheld devices, and achieve the goals of increasing the amount of data transmission, improving accuracy, and improving effectiveness Effect
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Embodiment 1
[0069] This embodiment discusses the data transmission mode of the handheld device when the confirmation key, the mouse start key and the left key are combined on the same key.
[0070] like figure 1 In the handheld device 100 shown, among the buttons on the surface, the button OK is simultaneously a confirmation button, a mouse activation button and a left button. This structure is often based on the consideration that integrating several commonly used key functions in the fixed key position of the handheld device is conducive to convenient operation. In addition, integrating several keys into the same key position can also reduce the number of keys on the surface of the device, which is aesthetically pleasing. Also for the convenience of use.
[0071] The composite button discussed in this embodiment, that is, the button OK, can be detected by the remote control module corresponding to the confirmation button, and can also be detected by the mouse module corresponding to th...
Embodiment 2
[0115] like image 3 As shown, this embodiment provides another data transmission method for a handheld device, including:
[0116] Steps S100 to S103 of Embodiment 1; and,
[0117] Step S120, when it is detected in the third cycle that the hold state of the composite key is not a standby state, update the remote control data in the remote control module.
[0118] Wherein, the third cycle means that when the detection in step S100 is performed, the remote control module also detects whether the composite key is in the pressed state in the third cycle.
[0119] Step S120 and steps S101 - S102 are in no particular order, and may be performed after the update state of step S102 is triggered and step S102 is continuously executed, and the latter is selected in this embodiment.
[0120] Step S120 is mainly proposed based on the reliability of the transmitted data. Since the mouse module is more sensitive and the update rate is fast, it is possible for the mouse module to determin...
Embodiment 3
[0123] What this embodiment discusses is the data transmission problem of the handheld device when the confirmation key and the left key are combined on the same key, and the mouse start key is set separately, which is equivalent to a switch. When the mouse start key is turned on, the mouse module is activated, and the mouse The module generates mouse pointer data and mouse left button data respectively according to the mouse position sensed by the gyroscope and other sensors and the state of the corresponding mouse button (composite button, left button), and updates and transmits the two as mouse data. In the embodiment, the compound key does not have the function of corresponding to the mouse activation key, so this embodiment does not discuss the data transmission corresponding to the key, but considers that the mouse activation key is a key that is different from the compound key and corresponds to the mouse.
[0124] like Figure 4 In the handheld device 200 shown, among ...
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