Indoor interactive design visiting system
An interactive and gesture detection technology, applied in the input/output of user/computer interaction, computing, computer components, etc., can solve the problems of not being able to complete the design easily and professionally, and achieve convenient interior design functions, Portable effect
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Embodiment 1
[0016] Such as figure 1 It is an indoor interactive design tour system, including a first gesture detection module (1), a second gesture detection module (2), a first microprocessor (3), a second microprocessor (4), a first The wireless transmitting module (5), the second wireless transmitting module (6), the first wireless receiving module (7), the second wireless receiving module (8), the core processor (9), the first ring (10), the second Ring (11), display (12), the first gesture detection module (1), the first microprocessor (3), the first wireless transmission module (5) are fixed on the first finger ring (10), the second gesture Detection module (2), the second microprocessor (4), the second wireless transmission module (6) are fixed on the second finger ring (11), the first wireless receiving module (7), the second wireless receiving module (8) They are respectively connected to the core processor (9), and the output of the core processor (9) is connected to the displ...
Embodiment 2
[0018] On the basis of implementation example 1, a kind of indoor interactive design tour system, the first gesture detection module 1, the second gesture detection module 2 have acceleration fast response and speed response characteristics, and have lower power consumption, this implementation The example uses the MPU-6050 chip, which integrates a 3-axis gyroscope, a 3-axis accelerometer, and includes digital motion processing (DMP: Digital MotionProcessor) hardware acceleration engine, the main I2C port outputs a complete 9-axis fusion calculation technology InvenSense motion processing database to the application side in the form of a single data stream, which can process complex data of motion sensing and reduce the impact of motion processing operations operating system load, and provides a structured API for application development. The MPU-6050's full-scale angular velocity sensing ranges are ±250, ±500, ±1000 and ±2000° / sec(dps), which can accurately track fast and slo...
Embodiment 3
[0020] On the basis of implementation example 1, an indoor interactive design tour system, the first microprocessor 3 and the second microprocessor 4 have fast data processing capability and low power consumption. In this implementation example, MSP430F149 is selected as the micro-processing chip. The power supply voltage of the MSP430 series single-chip microcomputer adopts a low voltage of 1.8-3.6V. The power consumption in the RAM data retention mode is only 0.1uA, and the power consumption in the active mode is 250pA. MIPS (MIPS: million per second Number of instructions), the maximum leakage current of the IO input port is only 50nA. MSP430 series microcontrollers have a unique clock system design, including two different clock systems: basic clock system and frequency-locked loop (FLL and FLL+) clock system or DCO digital oscillator clock system. The clock system generates the clocks required by the CPU and each functional module, and these clocks can be turned on or off...
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