Nanovision Technology (beijing) Co., Ltd.

Beijing Didi Infinity Technology and Development Co., Ltd.

Ninebot Tech. Co., Ltd

Jie Luo

Jian Gao

Chao Zhang

Kai Yang

Haibo Zhu

Zhongyuan Chen

Yunxiang Li

Zhili Cui

Ye Wang

Junhua Fu

Song Xue

Jiannan Lv

Weifeng Mao

Di Mei

Siyuan Sun

Baolei Li

Yantao Hu

Fengxin Wang

Provided are a scintillator screen manufacturing method, a scintillator screen and an image detector. The manufacturing method comprises the following steps: making a crystal column scintillator layer () on the predetermined surface of a flexible substrate (); making a moisture-proof layer on the periphery of the flexible substrate () on which the crystal column scintillator layer () is formed; making an X-ray absorption layer on the other surface of the moisture-proof layer except the surface for receiving X-rays; and making a protective layer () on the outer surface of the X-ray absorbing layer and on the surface of the moisture-proof layer for receiving X-rays.

Scintillator screen manufacturing method, scintillator screen and corresponding image detector

A multi-energy static security CT system comprises at least one N-stage image chain structure () and a baggage conveying belt () provided at an inner side at the bottom of the N-stage image chain structure (). The N-stage image chain structure () and the baggage conveying belt () are fixed at a pre-configured positions by means of a machine frame (). The N-stage image chain structures () are sequentially arranged in a forward direction of a baggage channel, and adjacent N-stage image chain structures () are offset relative to each other. By exposing radiation sources in the N-stage image chain structure () at different times, the static security CT system generates an image having a higher temporal resolution and more energy spectrum levels than an image generated by a spiral CT system. Also provided is an imaging method implemented by means of the static security CT system.

Multi-energy static security CT system and imaging method

The present disclosure relates to systems and methods for generating a document based on a template document. The system may perform the methods to crawl across a multi-level tree along a path from a root to a plurality of leaf nodes. The multi-level tree may include a plurality of intermediate level nodes, wherein each of the plurality of intermediate level nodes may be associated with one or more sub-nodes at a next level. Each of the plurality of intermediate level nodes may include an intermediate subject of the intermediate level node, a semantically incomplete intermediate description related to the intermediate subject, and template data defining a position that the intermediate description may be in a corresponding template document.

Systems and methods for intelligent information management

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Beijing, China

Jie Luo