Kerui Technology (dongguan) Co. , Ltd.

Guangdong University of Technology

Hongmin Wei

Min Deng

Chang Liu

Yi Fang

Qing Wang

Guojun Han

Jiacheng Xu

Yongzhi Yuan

Mu Yan

Lu Wang

Xutong Wang

Lixiang Liu

Qingrong Bian

Chuanwei Lv

Xiangwei Lin

Zecheng Xing

Ji Song

Jiawen Geng

Ding Wang

The disclosure relates to the technical field of blow dryers, and in particular to a compact continuous high-speed blow dryer. By improving optimized design of an air duct, while a wind resistance coefficient of guide vanes is reduced, values of flow rates in paths can be ensured, so that a fluid can be led out of the air duct linearly and uniformly and a fan blade can operate stably. Auxiliary support structures such as a spring, bearings and an air guide pad further stabilize a position of the fan blade and avoid centrifugal vibration of the fan blade, which eventually reacts on a rotating shaft and affects rotational efficiency of the rotating shaft. Therefore, an operating environment of the fan blade is greatly improved, and overall efficiency of the fan is improved, Moreover, since the operating environment of the fan blade is optimized, stability of the fan is enhanced, and further, service life of the fan is prolonged.

Compact continuous high-speed blow dryer

Disclosed is a linear motor for small home appliances. The linear motor for small home appliances includes a casing and an iron core, where both upper and lower sides of an inner wall of the iron core are each provided with at least one salient pole, and the salient poles on the upper and lower sides are staggered from each other; a coil winding is wound on the salient pole, a guide seat is arranged at an inner bottom of the casing, a magnet support is slidably arranged in the casing, the magnet support is provided with a head portion at a position close to an open end of the casing, and a magnet assembly is slidably arranged in the magnet support; the magnet assembly is provided with at least one magnet; both upper and lower sides of the magnetic support are each provided with at least one window.

Linear motor for small home appliances

Disclosed is an identity authentication system for distributed Internet of vehicles (IoV), including a core cloud, a plurality of edge clouds, a plurality of road side units (RSUs) and a plurality of terminal vehicles. The core cloud stores registration information about the terminal vehicles and the RSUs; the edge cloud performs identity verification on the RSUs according to the registration information, and after the verification is passed, the edge cloud generates a temporary shared session key and sends the same to the RSU and the terminal vehicle, and the RSU and the terminal vehicle establish encrypted communication according to the temporary shared session key, to provide a network communication service for the terminal vehicle. In the present disclosure, a vehicle identity authentication efficiency in a scene with a large traffic density can be effectively improved.

Identity authentication system for distributed Internet of vehicles

Growing community of inventors

Guangdong, China

Hongmin Wei