A vehicle-mounted device based on infrared sensor gesture recognition
A technology of gesture recognition and on-board equipment, applied in the input/output process of data processing, input/output of user/computer interaction, instruments, etc., can solve the problems of inability to realize intelligent operation and single function, and avoid driving safety Hidden dangers, improved accuracy, and the effect of avoiding cumbersome operations
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Embodiment 1
[0038] A vehicle-mounted device based on infrared sensor gesture recognition, its circuit diagram is attached figure 1 As shown, it includes smart terminal, MCU1, infrared gesture recognition module 2.
[0039] The smart terminal is equipped with an Android system and configured with a TFT screen; the smart terminal includes but is not limited to a power supply module 3, a function realization module 4, and a circuit auxiliary module 5;
[0040]The MCU1 includes an arithmetic unit, a controller, a register set, ROM, RAM, and an input / output I / O port; the MCU1 forms a contact connection with the main board through a GPIO port on the main board of the intelligent terminal;
[0041] The infrared gesture recognition module 2 is: an infrared emitting tube 21, a first infrared receiving tube 22 and a second infrared receiving tube 23; the emitted light wavelength 1 of the infrared emitting tube 21 is 875nm; the emission rate is: 50Kbps ~10Mbps; the parameters of the first infrared ...
Embodiment 2
[0045] A vehicle-mounted device based on infrared induction gesture recognition, including an intelligent terminal, an MCU, an infrared gesture recognition module, a microwave displacement sensor and a Zigbee communication module.
[0046] The smart terminal is equipped with an Android system, and a TFT screen is configured; the MCU includes an arithmetic unit, a controller, a register set, ROM, RAM, and input and output I / O ports; The GPIO port forms a contact connection with the main board; the infrared gesture recognition module is: an infrared emitting tube and two infrared receiving tubes;
[0047] The gesture recognition method of the vehicle-mounted device based on infrared induction gesture recognition is as follows: the intelligent terminal is started, the infrared transmitting tube starts to emit infrared rays, the left and right infrared receiving tubes receive the reflected infrared rays, and detect the reflected infrared rays intensity. Make a gesture of hovering ...
Embodiment 3
[0049] A vehicle-mounted device based on infrared sensing gesture recognition, including an intelligent terminal equipped with an Android system and a TFT screen, an MCU, an infrared emitting tube, two left and right infrared receiving tubes, a microwave displacement sensor and a Zigbee communication module.
[0050] The gesture recognition method of the vehicle-mounted device based on infrared induction gesture recognition is as follows: the intelligent terminal is started, the infrared transmitting tube starts to emit infrared rays, the left and right infrared receiving tubes receive the reflected infrared rays, and detect the reflected infrared rays intensity. Make a gesture of hovering for more than 1s at the position of 10-80cm on the screen, the infrared receiving tube sends the signal higher than the threshold to the MCU, and the MCU performs the following three operations after receiving the signal: (1) Receive information from the microwave displacement sensor, microwav...
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