System and implementation method suitable for fair archery competition of people and ordinary people
A realization method, a technology of ordinary people, applied in the field of archery competition, can solve problems such as weak light, monotonous shooting experience, single electronic virtual shooting experience, etc., to achieve the effect of improving sensory dimension, high novelty and good experience
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Embodiment 1
[0040] The present invention will be described in further detail below in conjunction with the accompanying drawings and specific embodiments.
[0041] A system suitable for fair archery competition between blind and ordinary people and its implementation method, the method includes the following steps:
[0042] like figure 1 As shown, the infrared LED1 used to frame the interactive area is set on the projection surface;
[0043] An infrared camera device 2 is set in front of the projection to ensure that the imaging range of the infrared camera device 2 covers the interactive area. The infrared camera device 2 is a narrow-band infrared camera device 2 that can only receive infrared signals and not receive visible light signals, so it can be excluded from the area The light interference generated by superimposing the projected graphics ensures that the infrared LED1 encloses the range of the interactive area;
[0044] Establish a data connection between the infrared imaging ...
Embodiment 2
[0053] A system suitable for fair archery competition between blind people and ordinary people, the system includes a scene simulation unit, an arithmetic processing unit, a bow and arrow handle unit and a somatosensory feedback unit: the scene simulation unit includes infrared LED1, infrared camera equipment 2, infrared emission Equipment 5-1; the arithmetic processing unit includes a signal transmission device 3 and a computer 4;
[0054] The simulated bow and arrow unit includes bow body 5, such as Figure 7 The shown bow body 5 is provided with an infrared emitting device 5-1, the bow string is connected with the Arduino single-chip microcomputer through a sliding rheostat, and the voltage value of the chute can be obtained by opening and closing the bow string, and the Arduino single-chip microcomputer is connected with the infrared emitting device 5-1. The Arduino microcontroller sets the voltage threshold, and reads the chute voltage value in real time to identify the v...
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