Schneider Electric Industries Sas

Fudan University

Shanghai Benemae Pharmaceutical Corporation

Shanghai Huayi Bio-Lab Co., Ltd.

Gang Yu

Fang Liu

Zhenzhong Liu

Jian Wu

Bin Zhou

Zhiyong Zhu

Dengxi Wu

Xiaojing Zeng

Shunxian Mao

Yukun Sun

Haitao Sun

Qiang Wan

Yajun Zuo

Jiaxiang Zhou

Wenchao Bao

Shaoling Zhao

Zilong Huang

Hongjing Xu

Jiachen Lu

Chunlin Xiong

Yunxia He

Xiangyu Geng

Yanming Pan

Chunjuan Shen

Disclosed are an electromagnet driving mechanism, an electromagnet driving assembly and a dual power automatic transfer switch. The electromagnet driving mechanism includes: a mechanism frame; a stationary core; a movable core, including a moving stroke between a first position away from the stationary core and a second position in contact with the stationary core, the moving stroke including an approaching stroke section; a coil, configured to generate a magnetic attraction force between the stationary core and the movable core upon being energized to drive the movable core to move towards the second position; a reset spring member; and a reset auxiliary assembly, including a push member and a reset auxiliary spring. The reset auxiliary assembly applies a reset auxiliary spring force to the movable core in the approaching stroke section through the push member.

Electromagnet driving mechanism, assembly and dual power automatic transfer switch

A squeeze-enhanced axial transformer (SeaFormer) for mobile semantic segmentation is disclosed, including a shared stem, a context branch, a spatial branch, a fusion module and a light segmentation head, wherein the shared stem produces a feature map; the context branch obtains context-rich information; the spatial branch obtains spatial information; the fusion module incorporates the features in the context branch into the spatial branch; and the light segmentation head receives the feature from the fusion module and output the results. This application is also related to the layer of the SeaFormer, as well as methods thereof.

Squeeze-enhanced axial transformer, its layer and methods thereof

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Shanghai, China

Gang Yu