Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Environment-friendly sports floor based on high-flame-retardant pottery clay composite material
The invention provides an environment-friendly sports floor based on a high-flame-retardant pottery clay composite material. The environment-friendly sports floor comprises a top plate, a base plate, a buffer layer and a connecting layer. According to the environment-friendly sports floor based on the high-flame-retardant pottery clay composite material, by arranging the buffer layer, when an athlete vertically jumps up and falls back to the buffer plate, impact energy generated in the vertical direction can be directly absorbed through the buffer layer, and by upwards arranging the flange part on the side edge of the top of the buffer plate, the impact energy can be effectively absorbed; the top plate is embedded into the flange part, and meanwhile, the positioning bulge at the bottom of the connecting layer is embedded into the through hole in the buffer plate, so that when an athlete transversely moves or falls down and the like, generated transverse impact energy can transversely push the buffer plate and the flange part connected between the adjacent sports floors through the positioning bulge to collect and extrude the buffer plate and the flange part; and transverse impact energy is absorbed, so that the sports floor can have good buffering and energy absorbing effects in the vertical direction and the horizontal direction.
本发明提供一种基于高阻燃陶土复合材料的环保运动地板，包括：顶板、基板、缓冲层和连接层。本发明提供的基于高阻燃陶土复合材料的环保运动地板，通过设置缓冲层，在运动员垂直跳起回落到缓冲板上时，通过缓冲层可以直接对竖直方向产生的冲击能量进行吸收，且通过在缓冲板的顶部侧边向上设置凸缘部，且顶板嵌入与凸缘部的内部，同时连接层底部的定位凸起嵌入缓冲板上的通孔中，从而当运动员横向移动或者摔倒等，产生的横向冲击能量，可以通过定位凸起横向推动缓冲板以及相邻运动地板之间连接的凸缘部收集挤压，对横向冲击能量进行吸收，从而该运动地板可以满足在竖直方向以及水平方向均具有较好的缓冲吸能效果。
Environment-friendly sports floor based on high-flame-retardant pottery clay composite material
The invention provides an environment-friendly sports floor based on a high-flame-retardant pottery clay composite material. The environment-friendly sports floor comprises a top plate, a base plate, a buffer layer and a connecting layer. According to the environment-friendly sports floor based on the high-flame-retardant pottery clay composite material, by arranging the buffer layer, when an athlete vertically jumps up and falls back to the buffer plate, impact energy generated in the vertical direction can be directly absorbed through the buffer layer, and by upwards arranging the flange part on the side edge of the top of the buffer plate, the impact energy can be effectively absorbed; the top plate is embedded into the flange part, and meanwhile, the positioning bulge at the bottom of the connecting layer is embedded into the through hole in the buffer plate, so that when an athlete transversely moves or falls down and the like, generated transverse impact energy can transversely push the buffer plate and the flange part connected between the adjacent sports floors through the positioning bulge to collect and extrude the buffer plate and the flange part; and transverse impact energy is absorbed, so that the sports floor can have good buffering and energy absorbing effects in the vertical direction and the horizontal direction.
本发明提供一种基于高阻燃陶土复合材料的环保运动地板，包括：顶板、基板、缓冲层和连接层。本发明提供的基于高阻燃陶土复合材料的环保运动地板，通过设置缓冲层，在运动员垂直跳起回落到缓冲板上时，通过缓冲层可以直接对竖直方向产生的冲击能量进行吸收，且通过在缓冲板的顶部侧边向上设置凸缘部，且顶板嵌入与凸缘部的内部，同时连接层底部的定位凸起嵌入缓冲板上的通孔中，从而当运动员横向移动或者摔倒等，产生的横向冲击能量，可以通过定位凸起横向推动缓冲板以及相邻运动地板之间连接的凸缘部收集挤压，对横向冲击能量进行吸收，从而该运动地板可以满足在竖直方向以及水平方向均具有较好的缓冲吸能效果。
Environment-friendly sports floor based on high-flame-retardant pottery clay composite material
一种基于高阻燃陶土复合材料的环保运动地板
JIANG SHISHENG (Autor:in) / HE CHAOJIN (Autor:in) / WU DONGBO (Autor:in) / YAO XINGNAN (Autor:in) / WU XINGXING (Autor:in)
28.02.2023
Patent
Elektronische Ressource
Chinesisch
IPC:
E04F
FINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
,
Ausbau von Bauwerken, z.B. Treppen, Fußböden
| Europäisches Patentamt | 2024
Flame-retardant environment-friendly composite layer material and preparation method thereof
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