A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Intelligent floor tile
The invention provides an intelligent floor tile which comprises a plurality of interconnected shells, a plurality of sensor layers and a first mainboard, and the shells are provided with containing spaces; the sensor layers are located on the surface of the shell in a one-to-one correspondence mode, the sensor layers are used for sensing pressure data, and the pressure data are pressure data generated when a target object makes contact with the intelligent floor tile; the first mainboard is located in the accommodating space, and the first mainboard is used for receiving the pressure data of each sensor layer and determining skeleton point data and whole body posture data of the target object according to the pressure data. The skeleton point data and the whole body posture data of the target object can be obtained by collecting the pressure data only through the intelligent floor tile without the help of an inertial sensor, an image obtaining device and other devices, it is guaranteed that the whole body posture and skeleton point data obtaining process of a user is simple, and the user experience is improved. The high use convenience and the good experience of the user are guaranteed, the data transmission efficiency is high, and data processing is timely.
本申请提供了一种智能地砖，该智能地砖包括多个互联的壳体、多个传感器层以及第一主板，其中，壳体具有容纳空间；传感器层一一对应地位于壳体的表面上，传感器层用于感应压力数据，压力数据为目标对象与智能地砖接触所产生的压力数据；第一主板位于容纳空间内，第一主板用于接收各传感器层的压力数据，并根据压力数据确定目标对象的骨骼点数据以及全身姿态数据。实现了无需借助惯性传感器、图像获取设备等设备，仅通过智能地砖来采集压力数据，就可获得目标对象的骨骼点数据以及全身姿态数据，保证了用户的全身姿态以及骨骼点数据的获取过程较为简单，保证了用户的使用便捷度较高以及体验感较好，使得数据传输效率较高，数据处理较为及时。
Intelligent floor tile
The invention provides an intelligent floor tile which comprises a plurality of interconnected shells, a plurality of sensor layers and a first mainboard, and the shells are provided with containing spaces; the sensor layers are located on the surface of the shell in a one-to-one correspondence mode, the sensor layers are used for sensing pressure data, and the pressure data are pressure data generated when a target object makes contact with the intelligent floor tile; the first mainboard is located in the accommodating space, and the first mainboard is used for receiving the pressure data of each sensor layer and determining skeleton point data and whole body posture data of the target object according to the pressure data. The skeleton point data and the whole body posture data of the target object can be obtained by collecting the pressure data only through the intelligent floor tile without the help of an inertial sensor, an image obtaining device and other devices, it is guaranteed that the whole body posture and skeleton point data obtaining process of a user is simple, and the user experience is improved. The high use convenience and the good experience of the user are guaranteed, the data transmission efficiency is high, and data processing is timely.
本申请提供了一种智能地砖，该智能地砖包括多个互联的壳体、多个传感器层以及第一主板，其中，壳体具有容纳空间；传感器层一一对应地位于壳体的表面上，传感器层用于感应压力数据，压力数据为目标对象与智能地砖接触所产生的压力数据；第一主板位于容纳空间内，第一主板用于接收各传感器层的压力数据，并根据压力数据确定目标对象的骨骼点数据以及全身姿态数据。实现了无需借助惯性传感器、图像获取设备等设备，仅通过智能地砖来采集压力数据，就可获得目标对象的骨骼点数据以及全身姿态数据，保证了用户的全身姿态以及骨骼点数据的获取过程较为简单，保证了用户的使用便捷度较高以及体验感较好，使得数据传输效率较高，数据处理较为及时。
Intelligent floor tile
智能地砖
CHEN ZIJIA (author) / SHEN LIREN (author) / ZHANG YICHI (author)
2023-10-03
Patent
Electronic Resource
Chinese
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