Intelligent fitness runway
A runway and intelligent lighting technology, which is applied to roads, roads, circuit layout, etc., can solve the problems of rising ambient temperature, unfavorable urban temperature control, and increased maintenance costs, and achieves simple voice control, reduced impact, and excellent performance Effect
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Embodiment 1
[0032] The technical solution of this embodiment is: an intelligent fitness track, comprising a track main body 1, and both sides of the track main body 1 along its length direction are provided with an intelligent lighting assembly 2 and a camera assembly 3; The main power supply circuit is electrically connected to several lighting lamps, and several lighting lamps are arranged in parallel, and the circuit loop of each lighting lamp is electrically connected with a sound-sensitive resistor, and the sound-sensitive resistor and the runway main body 1 are in the same horizontal plane; the camera assembly 3 includes several wide-angle cameras , the distance between any two adjacent wide-angle cameras is equal. The main body of the runway 1 includes a support layer 101 , an anti-seismic layer 102 , a porous layer 103 and a soft rubber layer 104 which are fixedly connected sequentially from bottom to top. The supporting layer 101 is made by mixing road concrete and cinders and ho...
Embodiment 2
[0050] The soft rubber layer is composed of the following components by weight:
[0051] 50 parts of chloropropene rubber; 38 parts of EPDM rubber; 10 parts of nitrile rubber; 3 parts of ceramics; 0.1 part of nano graphene; 2 parts of palm oil; 0.5 part of flame retardant; Mix the components evenly and then heat to melt completely. Stir continuously during the melting process; continue heating for 10-20 minutes after completely melting, then cool to obtain a soft rubber layer, and measure its properties, as shown in Table 1.
Embodiment 3
[0053] The soft rubber layer is composed of the following components by weight:
[0054] 50 parts of chloropropene rubber; 38 parts of EPDM rubber; 10 parts of nitrile rubber; 3 parts of ceramics; 0.8 parts of nano-graphene; 2 parts of palm oil; Mix the components evenly and then heat to melt completely. Stir continuously during the melting process; continue heating for 10-20 minutes after completely melting, then cool to obtain a soft rubber layer, and measure its properties, as shown in Table 1.
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