Southwest Petroleum University

Huawei Technologies Co., Limited

Sichuan University

Hon Hai Precision Industry Co., Ltd.

Hongfujin Precision Electronics (Chengdu) Co., Ltd.

Laval University

Qiang Fu

Qingyou Liu

Guorong Wang

Shouwei Zhou

Qingping Li

Lin Zhong

Yang Tang

Yufa He

Xiping Zhou

Hexing Liu

Jianjun Zhou

Leizhen Wang

Zhaojiao Han

Yanjun Li

Xianjun He

Zhong Li

Tingzhao Li

Wang Li

Zi-Qing Xia

Chuan Wang

Hua Deng

Xin Huang

Pu Yang

Rui-lian Jiang

Jin-feng Bian

Yi Pu

Ting-rui Wang

Lin-kuan Lu

Xinteng Zhao

Xingyong Yu

Xingyi Xie

Yinping Zhong

Xiangyang Wu

Ze Zhang

Rong Huang

Feng Luo

Yingke Wu

Yanchao Wang

Jiehua Li

Fang Fang

Hong Tan

Xuezhong Zhang

Yonghong Geng

Zhigang Yu

Yungui Qian

Fangliang Yang

A network interface card, a message sending method, and a storage apparatus are provided. The network interface card includes a processor and a communication interface connected to the processor. The processor is configured to obtain a first piece of first indication information and a first piece of second indication information. The first piece of first indication information indicates a first identifier of a non-volatile storage medium corresponding to a first RDMA message, and the first piece of second indication information indicates whether the non-volatile storage medium corresponding to the first identifier is faulty. The communication interface is configured to send the first RDMA message when the first piece of first indication information and the first piece of second indication information indicate that the non-volatile storage medium corresponding to the first RDMA message is not faulty.

Network interface card, message sending method, and storage apparatus

A method of acquiring data for industrial and production devices and equipment includes generating a first operation parameter according to a data acquisition protocol; performing data processing on the first operating parameter to obtain a second operating parameter; uploading the second operation parameter to a server system and receiving a control instruction from the server system. The control instruction is generated by the server system according to the second operation parameter, the control instruction is configured to control operations of the industrial equipment. A device and a non-volatile storage medium therein, for performing the above-described method, are also disclosed.

Data acquisition method and industrial device

A double-layer coiled tubing double-gradient drilling system, on the basis of conventional drilling equipment, includes a double-layer coiled tubing system, separating fluid, a downhole lifting pump system, throttling control systems and a data monitoring system. Power fluid enters an annular space of the tubing through an adapter, passes through a downhole lifting pump, enters an inner pipe through a bridge channel, and enters the bottom hole through the drill bit. Return fluid enters an annular channel of the tubing through a recovery hole, then enters the inner pipe through the bridge channel and enters the lifting pump, and then enters a solid control system through the adapter and the control systems in sequence. Gradient control of the bottom hole pressure is realized through monitoring of the separating fluid and control of the drilling pump unit and throttling control systems. The problem of narrow safe drilling density window is solved.

Double-layer coiled tubing double-gradient drilling system

The invention discloses an experimental device for natural gas hydrate solid-state fluidized mining and crushing, the experimental device comprising a power liquid supply module, a hydrate suction module, a pipeline conveying module, a hydrate fluidized crushing module, a secondary processing module and an experimental data information collection and processing module. An experimental method for the experimental device comprises: turning on the power liquid supply module, the hydrate suction module, the pipeline conveying module, the hydrate fluidized crushing module and the secondary processing module, and collecting pressure and flow data at a plurality of locations by the experimental data information collection and processing module. The present invention has the following beneficial effects: a jet solid-state fluidized mining process is simulated, and a plurality of pressure and flow detection points and sampling ports for crushed samples are provided at the same time so as to facilitate parameter collection; a plurality of component parameters are flexibly variable, including changing a drag-back speed of a moving slider, shape parameters of jet nozzles, and a pressure and flow of a power liquid; a spray head is designed to simplify the experimental device, and a dynamic process of jet crushing may be observed from a side surface of an experimental tank.

Experimental device and experimental method for natural gas hydrate solid-state fluidized mining and crushing

Disclosed is a device for solid-state fluidized mining of natural gas hydrates in a shallow seabed, including: a sea surface support system, a pipeline delivery system, and an undersea drilling system. The sea surface support system includes a hydrate drilling vessel floating on seawater. The pipeline delivery system includes a continuous double-layer oil pipe, a recyclable conduit installed in a sediment cover, an open-hole steering packer installed outside the recyclable conduit. The undersea drilling system includes a hydrate slurry separator, a single screw pump, a hydraulic motor, a jet head and a differential pressure sliding sleeve close to the hydrate drill bit. The present invention has the following beneficial effects. The device achieves a multi-directionally horizontal drilling and production in the hydrate reservoir with a single well head, improving the drilling efficiency and single well production.

Device and method for solid-state fluidized mining of natural gas hydrates in shallow seabed

A three-dimensional porous polyurethane scaffold for repairing central nerve injuries and a preparation method are disclosed. The scaffold includes three-dimensional porous polyurethane, wherein the compression modulus of the three-dimensional porous polyurethane is 0.001-10.0 MPa and the pore diameter is 10-200 &#x3bc;m. The three-dimensional porous polyurethane scaffold has an efficient central nerve repair function without additionally inoculating functional cells or factors and can partially restore the original nerve function of tested animals, the preparation method is simple and it has a great prospect of application.

Three-dimensional porous polyurethane scaffold for repairing central nerve injuries and preparation method thereof

The present invention discloses a device for solid-state fluidization mining of seabed shallow layer non-diagenetic natural gas hydrates. The device comprises a hydraulic jet nozzle set, a coiled tubing, a hydrate collecting ship arranged on the sea surface, a transfer station arranged in sea water and a riser arranged in a seabed surface layer. A guide seat is arranged in the riser. The hydraulic jet nozzle set is arranged in the guide seat. A delivery pipe connected with the transfer station sleeves a nozzle body. An opening is formed in a position where the delivery pipe is in contact with the nozzle body. The transfer station is connected with the hydrate collecting ship. The present invention further discloses a method for collecting seabed shallow layer non-diagenetic hydrates.

Device and method for solid-state fluidization mining of seabed shallow layer non-diagenetic natural gas hydrates

A method for preparing a comb-like polyurethane, including: 1) adding a diol to a reaction vessel, stirring, heating, vacuum dehydrating, and cooling the diol; adding a diisocyanate to the diol, and pre-polymerizing the diisocyanate and the diol under vacuum to yield a polyurethane prepolymer; 2) dissolving lysine in a mixture of water and an organic solvent to yield a first solution, adding the first solution to the polyurethane prepolymer to yield a first reaction mixture; stopping stirring and allowing the first reaction mixture to stand for between 10 and 12 hrs, pouring the first reaction mixture into water, and drying a precipitate to yield a polyurethane elastomer containing carboxyl groups; 3) dissolving the polyurethane elastomer in an organic solvent to yield a second solution; adding an epoxy-terminated polyethylene glycol to the second solution, and stirring a resulting mixture at between 110 and 130&#xb0; C.

Comb-like polyurethane and methods for preparing and using the same

Embodiments of the present invention provide a method and apparatuses for monitoring a system bus. The method includes: performing, by a monitoring apparatus, real-time monitoring on a corresponding system bus, and when detecting that a command is transmitted through the system bus, obtaining command information; determining, according to the command information, whether a command transmission exception occurs in the system bus; if no command transmission exception occurs in the system bus, when detecting that data corresponding to the command is transmitted through the system bus, determining, according to the data and the amount of the data, whether a command exception occurs in the system bus; and when detecting that a response message corresponding to the command is transmitted through the system bus, obtaining a command wait time of the command, and determining, according to the command wait time, whether a timeout exception occurs in the system bus.

Method and apparatuses for monitoring system bus

Growing community of inventors

Chengdu, China

Qiang Fu