Huawei Technologies Co., Limited

China Petroleum Chemical Corporation

Research Institute of Petroleum Processing, Sinopec

Other

Xuefeng Wu

Jun Long

Jiushun Zhang

Jun He

Chenghao Li

Zhifeng Chen

Shuandi Hou

Xiaoxiang Zhong

Weisheng Wang

Wei Zhang

Ping Li

Jian Deng

Anguo Mao

Kejia Xu

Chunhui Chen

Zhanzhu Zhang

Xuefeng Li

Songnian Li

Yanxiang Hou

Zhemin Zhang

Jinlong He

Lufeng Lv

Yalin Liu

Zhanfeng Zhang

Xianglin Yu

Zhonggang Zhang

Zhihong Tian

Xiaoke Zhao

Bingtian Zhu

This application provides an optical power commissioning method, a commissioning system, a control device, and a commissioning station. The commissioning system includes a control device and one or more commissioning stations. The method includes the control device first identifies one or more to-be-commissioned services on which optical power commissioning needs to be performed, the control device sends, based on the to-be-commissioned service, commissioning information to the one or more commissioning stations on which the to-be-commissioned service passes through, where the one or more commissioning stations perform parallel optical power commissioning based on the commissioning information, and the one or more commissioning stations perform optical power commissioning based on the commissioning information. According to this application, a plurality of services and a plurality of commissioning stations can be commissioned concurrently.

Optical power commissioning method, commissioning system, control device, and commissioning station

In accordance with an embodiment, a method includes generating, by a network device, a flow table comprising a plurality of flow records; determining, by the network device, whether a data flow corresponding to the plurality of flow records is an abnormal flow; and sending, by the network device, a flow record of the abnormal flow to an analyzer in response to a determination that the data flow is the abnormal flow, so that the analyzer analyzes the abnormal flow.

Flow table sending method and related apparatus

A SDN orchestration method includes: obtaining a first request for creating a first logical switch; creating a control plane instance of the first logical switch, and sending first configuration information to instruct the first forwarding device to configure the data plane instance of the first logical switch; obtaining a second request for connecting the first logical switch to a first logical router; sending second configuration information to instruct the first forwarding device to configure a first port of the data plane instance of the first logical switch to be communicatively connected to a second port of a data plane instance of the first logical router on the second forwarding device configured with the data plane instance of the first logical router; and sending third configuration information to instruct the second forwarding device to configure the second port to be communicatively connected to the first port.

Software defined networking orchestration method and SDN controller

Software defined networking orchestration method and sdn controller

The present invention relates to an airflow particle sorter, comprising: a top-sealed sorter main body, a discharge port, an outtake tube and at least one directing-intake port; the inner space of the sorter main body, from the above to the bottom, includes, a straight tube zone and a cone zone, the conical bottom of the cone zone is connected to the straight tube zone; the discharge port is located at the bottom of the cone zone; the directing-intake port is installed in the upper part of the straight tube zone in a tangential direction of the straight tube zone, and is communicated with the inner space of the sorter main body; the outtake tube is hermetically inserted into the top of the sorter main body, and extends downwardly to the lower part of the straight tube zone, and the outtake tube has a sealed bottom end; the lower part of the outtake tube is installed with at least one directing-outtake port, which communicates the outtake tube with the inner space of the sorter main body, the directing-outtake port is installed in a tangential direction of the outtake tube. The present invention further relates to a fluidized bed reactor and an adsorption desulfurization reaction apparatus as well as an adsorption desulfurization process.

Adsorption desulfurization process for hydrocarbons and a reaction apparatus therefor

A downflow catalytic cracking reactor, comprising the following components: catalyst delivery pipe (), reactor top cover (), feed nozzle (), reactor vessel (), downflow reaction pipe (), the upper end of the outer body is close connected to top cover () along the direction of circumference; the bottom of the outer wall body is close connected to the outer wall of the downflow reaction pipe; the upper section of the downflow reaction pipe is located inside the reaction vessel, while the lower section extends from the bottom of the outer body; feed nozzle () is located on the top cover () and/or side wall of the reactor vessel () with the outlet of the feed nozzle being above the inlet of the downflow reaction pipe; catalyst delivery pipe () is fixedly joined to the reactor vessel and in communication with catalyst lifting zone () formed by the reaction vessel and the downflow reaction pipe.

Downflow catalytic cracking reactor and its application

A catalytic cracking reaction-regeneration system, comprising a regenerator, a settler, a gas-solid separator, a buffer, a riser reactor, a horizontal reaction tube, a catalyst delivery pipe, and a down-flow reactor. This system can be used for experiments and researches on various processes such as riser catalytic cracking, sectional feeding, instantaneous contact, and down-flow catalytic cracking and can be used for catalyst evaluation tests. This abstract is neither intended to define the invention disclosed in this specification nor intended to limit the scope of the invention in any way.

Catalytic cracking reaction-regeneration system

Growing community of inventors

Beijing, China

Xuefeng Wu