Sz Dji Technology Co., Ltd.

Tencent Technology (shenzhen) Company Limited

Huawei Technologies Co., Limited

Tao Deng

Feng Liu

Ye Tao

Bin Jiang

Qiuli Huang

Ruochen Tang

Yueyao Tu

Sijin Guo

Zhihui Ju

Jianing Lv

Bo Li

Di Ou

Shufeng Zhang

Yanglin Ye

An unmanned aerial vehicle (UAV) includes a propeller, a driving device, and an elastic abutting member sleeve. The propeller includes a blade base, a blade mounted on the blade base, and a first installation foolproof member disposed on the blade base. The driving device includes a main body, a driving shaft rotatable relative to the main body, a locking member disposed on the main body, and a second installation foolproof member disposed on the locking member. The driving device is coupled with the propeller. The elastic abutting member is coupled with the driving shaft and disposed between the main body and the blade base and abuts against the main body and the blade base.

Driving device, propeller, and propulsion system

A propeller includes a blade. The blade includes a blade root, a blade tip disposed away from the blade root, a blade front surface, and a blade back surface. The blade also includes a front edge connecting a first side of each of the blade front surface and the blade back surface. The blade also includes a rear edge connecting a second side of each of the blade front surface and the blade back surface. The blade further includes a first suppression member formed by a portion of the front edge adjacent to the blade tip bending toward a first direction. The first direction is a direction from the front edge to the rear edge. The first suppression member is configured to suppress a spanwise air flow.

Rotor, power assembly and air vehicle

A propulsion system includes a driving device and a propeller coupled with the driving device. The driving device includes a body portion and a lock portion disposed on the body portion. The lock portion includes a first snap-fitting portion. The propeller includes a hub having a receiving hole, a plurality of blades connected to the hub, and a second snap-fitting portion arranged on an inner wall of the receiving hole and configured to snap with the first snap-fitting portion.

Driving device, propeller and propulsion system

An unmanned aerial vehicle includes a propulsion system including a driving device having a main body, a driving shaft rotatable relative to the main body, and a locking member disposed on the main body. The locking member includes at least one snap-fitting member. The propulsion system also includes a propeller coupled with the driving device, the propeller including a blade base and a blade mounted on the blade base. The at least one snap-fitting member is configured to snap-fit with the propeller. The propulsion system also includes an elastic abutting member sleeve coupled with the driving shaft, a first installation foolproof member disposed on the blade base, and a second installation foolproof member disposed on the locking member.

A propulsion system assembly includes a propeller and a motor configured to drive the propeller to rotate. The propeller includes one of a first body and a second body. The motor comprises the other one of the first body and the second body. The propulsion system assembly also includes a locking mechanism configured to detachably connecting the first body and the second body. The locking mechanism includes a locking member and a position limiting lock catch. The locking member is configured to lock the first body and the second body. The locking member includes locking parts located at at least two sides of the locking member. When the locking parts of the locking member rotate to a locking position, the position limiting lock catch is mounted to a side of the locking parts, to restrain the locking member from rotating relative to the first body.

Locking mechanism, propeller, motor, propulsion system assembly, and aircraft

An intelligent hardware interaction method includes: in the process of running a game application, performing, by a first client, data interaction with first intelligent hardware in wireless communication with the first client, wherein the first client logs into the game application with a first user account, and the game application displays information about the first intelligent hardware; and sending, by the first client, to a second client information generated by the data interaction between the first client and the first intelligent hardware, wherein the second client logs into the game application with a second user account having an association relationship with the first user account, wherein the information generated by the data interaction is sent to the second client based on the association relationship, such that the second client shares the information of the first client based on the data interaction with the first intelligent hardware.

Intelligent hardware interaction method and system

Embodiments of the present disclosure disclose a smart hardware operation method and apparatus. The method includes running a game application on a first client; exchanging data with a first smart hardware device that is in wireless communication with the first client, the game application displaying information about the first smart hardware device; and displaying updated data about the first smart hardware device in the game application.

Smart hardware operation method and apparatus

A propulsion system comprises a propeller and a driving device coupled with the propeller. The propeller comprises a hub having a receiving hole, a plurality of blades connected to the hub, and a connecting surface. The driving device comprises a body portion, an elastic abutting member disposed on the body portion and configured to abut against the connecting surface, and a lock portion disposed on the body portion and including a first snap-fitting portion. A second snap-fitting portion is arranged on an inner wall of the receiving hole and is configured to snap with the first snap-fitting portion.

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Shenzhen, China

Tao Deng