Huawei Technologies Co., Limited

Southwest Petroleum University

Sichuan University

Sichuan Cancer Hospital

University of Electronic Science and Technology of China

Meishan Crrc Fastening System Co., Ltd

Chengdu Idealsee Technology Co., Ltd.

Chengdu Easton Biopharmaceuticals Co., Ltd

Sichuan Rex Smart Technology Corporation Limited

Aos Technologies Co., Ltd.

China Railway Eryuan Engineering Group Co., Ltd.

Chengdu Reliance Electric Co., Ltd .

Yang Liu

Tianshou Ma

Xingyun Xiang

Jing Liu

Yao Yu

Ping Chen

Jun Hou

Bo Lai

Zongyao Huang

Zhaokun Xiong

Dan Luo

Heng Zhang

Chuanshu He

Huangming Hong

Junxuan Zhu

Jingcheng Luo

Tongyu Lin

Sitong Chen

Yezhong Wang

Xianhui Fan

Haitao Yang

Qing Dong

You Li

Liang Guo

Yu Liu

Yubin Gong

Jin Wang

Ying Wang

Guiyou Pu

Haitao Song

Qiang Xue

Jin Xu

Guodong Cen

Bin Yu

Xiangyun Zhao

Xinyu Li

Qinhua Huang

Xu He

Chengcheng Luo

Yonghui Liu

Guangcheng Dai

Yunlong Jia

Kai Fu

Yongzhe Xiang

Long Huang

Yinqiu Liu

Jianhong Fu

Yingjie Chen

Zhicheng Pan

Gui Wang

Jianguo Li

Shuping Pan

Lei Gao

Yu Shi

Qiangqiang Liu

Jianjing Jia

Pei Zhang

Pengbo Wu

Jiayan Zou

Haibin Cai

Jianying Yang

Ziyan Wang

Zhenghao Zhang

Yongping Zeng

Junchuan Gui

Wanqiang Zhao

Wenxiang Wang

Peng Zhou

Lingna Yue

Hairong Yin

Xiong Xu

Luwei Liu

Yanyu Wei

Guanglian Xiong

Zhaohu Sun

Chenglie Feng

Liang Kuang

Li Jiang

Hua Yang

Yu Yu

Sixing Zhu

Fangnian Hu

Yongjie Tan

Guoquan Ju

Jinsong Liu

Youhao Long

Yuzhe Zhou

Xiaochuan Ren

Yongping Zhang

Yu Cao

Changguo He

Tao Pang

Yinzhi Wu

Yuangang Cao

Yunxu Gao

Xinming Pu

An anti-CD79B protein monoclonal antibody and related products and uses thereof are disclosed. The anti-CD79B protein monoclonal antibody comprises a heavy chain and a light chain, wherein the heavy chain includes a heavy chain variable region, and the light chain includes a light chain variable region. The heavy chain variable region includes complementary-determining regions CDR1, CDR2, and CDR3 with amino acid sequences as shown in SEQ ID NO:1, SEQ ID NO:2, and SEQ ID NO:3, respectively. The light chain variable region comprises complementary-determining regions CDR1, CDR2, and CDR3 with amino acid sequences as shown in SEQ ID NO:9, SEQ ID NO:10, and SEQ ID NO:11, respectively. The anti-CD79B protein monoclonal antibody exhibits high specificity and sensitivity, enabling specific recognition of cells expressing CD79B protein. It is suitable for immunological detection, and effectively prevents false-positive and false-negative results in immunological assays, thereby further improving the accuracy of detection and diagnostic outcomes.

Anti-CD79B protein monoclonal antibody, products containing the same, and uses thereof

The present disclosure provides a method for calculating wellbore friction resistance of a foam drainage gas production well. It is based on the conversion of the parameters of the gas-liquid two-phase flow Mukherjee & Brill model, it defines the liquid film reversal point as the zero friction resistance point, ignores the influence of the negative value of friction resistance, and uses this as a starting point to predict the change of friction resistance. The influence of liquid phase parameters and foaming agent concentration is taken into account in the friction resistance coefficient. An effective calculation method is obtained by combining the experimental data fitting and optimization. The present disclosure better characterizes the wellbore flow condition of the foam drainage gas production well, and provides important theoretical support for the prediction of the wellbore pressure drop of the foam drainage gas production well.

Method for calculating wellbore friction resistance of foam drainage gas production well

Disclosed is a fracture plugging simulation experimental device and an experimental method thereof. The device comprises a simulated wellbore, a simulated formation, a simulated fracture, a plurality of pressure sensors and vales, a mixing barrel, a liquid injection port and a pressurization port, a liquid collection tank, a plugging fluid storage tank, a heating device, etc. The method comprises: loading the simulated formation with the simulated fracture in the simulated wellbore, closing the second valve and turning on the mixing device, injecting a lost circulation material into the mixing barrel, closing the liquid injection port and turning on the heating device and pressurizing, stopping pressurizing and opening the second valve to establish a plugging process, turning on the plunger pump to continue pressurizing, and collecting a fluid pressure change of the simulated fracture in the plugging process; and calculating a pressure-bearing capacity of plugged fracture.

Fracture plugging simulation experimental device and experimental method thereof

Disclosed is a system for optimizing a particle size distribution of a lost circulation material. The system comprises a data acquisition module, a communication module, an experimental module, a particle size distribution optimization module, and a plugging and filling module. The data acquisition module is configured to obtain a target feature particle size. The experimental module is configured to obtain the target feature particle size, and set a plurality of experimental schemes for fracture plugging; conduct fracture plugging experiments to obtain experimental results; evaluate a plurality of fracture plugging effects of each of the plurality of experimental schemes. The particle size distribution optimization module is configured to obtain the plurality of fracture plugging effects, determine a particle size distribution rule, and obtain optimized particle size distribution data by optimizing the particle size distribution of the lost circulation material. The plugging and filling module is configured to perform a plugging operation.

System for optimizing particle size distribution of lost circulation materials

A system controller determines a to-be-collected first logical chunk group. The first logical chunk group includes a first data logical chunk located in a first solid state disk of the plurality of solid state disks. Valid data is stored in a first logical address in the first logical chunk group, and there is a correspondence between the first logical address and an actual address in which the valid data is stored. The system controller creates a second logical chunk group. At least one second data logical chunk in the second logical chunk group is distributed in the solid state disk in which the first data logical chunk storing a valid data is located in order to ensure that the valid data is migrated from the first logical chunk group to the second logical chunk group, but an actual address of the valid data remains unchanged.

System garbage collection method and method for garbage collection in solid state disk

An integrated device and method for treating toxic and refractory wastewater are provided. The integrated device includes an adjusting pool, a first-stage reactor, a second-stage reactor, a third-stage reactor, a coagulation sedimentation pool, and a biochemical reaction pool that are sequentially connected in series, and further includes an aeration blower. Each of the first-stage reactor and the third-stage reactor is an advanced oxidation reactor, and the second-stage reactor is a Fenton reactor. The coagulation sedimentation pool includes 2 to 4 stages, and each stage of the coagulation sedimentation pool includes a coagulation tank, a primary sedimentation tank, and a secondary sedimentation tank that are connected in series. The biochemical reaction pool includes an anoxic tank, an aerobic tank, a settling tank, and a clean water tank that are connected in series. The wastewater treatment method combines the integrated device for treating toxic and refractory wastewater with reasonable process parameters.

Integrated device and method for treating toxic and refractory wastewater

A method for electrolysis-ozone-corrosion inhibitor/electrolysis-ozone-hydrogen peroxide-corrosion inhibitor coupling treatment on toxic and refractory wastewater includes the following steps: adding toxic and refractory wastewater to be treated into a wastewater treatment reaction tank equipped with a plate anode and a plate cathode, and starting a direct current (DC) power supply connected to the plate anode and the plate cathode to treat the toxic and refractory wastewater at an appropriate current density under stirring, during which a corrosion inhibitor and hydrogen peroxide are added to the toxic and refractory wastewater to be treated and ozone is introduced into the toxic and refractory wastewater to be treated through an aeration device. The method can increase the production rate and production quantity of free radicals in a reaction system, effectively improve the treatment efficiency for toxic and refractory wastewater, and reduce the treatment cost.

Method for electrolysis-ozone-corrosion inhibitor/electrolysis-ozone-hydrogen peroxide-corrosion inhibitor coupling treatment on toxic and refractory wastewater

A fluid-solid coupling numerical simulation method for evaluating the effect of wellbore strengthening in a fractured formation includes steps of: establishing an elastic deformation equation of rocks around the wellbore; establishing and solving the fluid flow equations within fractures and plugging zone, respectively; substituting the discretized elastic deformation equation of the rocks around the borehole wall into the fluid flow equations of fractures to obtain a fluid-solid coupling equation set for wellbore strengthening in a fractured formation; and finally solving the fluid-solid coupling equation set; and substituting basic parameters into the fluid-solid coupling equation set, and simulating mechanical response characteristics, width evolution characteristics and flow distribution characteristics of plugged fractures under different parameter combinations. The present invention systematically considers the complex flow states of plugged fractures during wellbore strengthening, as well as the deformation and seepage characteristics plugging zone under multi-force coupling.

Fluid-solid coupling numerical simulation method for evaluating effect of wellbore strengthening in fractured formation

The present disclosure provides systems and methods for determining in-situ stresses based on an orthotropic rock physics model. The method may include obtaining multiple physical parameters of a rock; constructing an orthotropic rock physics model based at least in part on the multiple physical parameters; determining multiple stiffness coefficients based on the orthotropic rock physics model; and determining one or more in-situ stresses of the orthotropic rock based on the multiple stiffness coefficients.

Systems and methods for determining in-situ stresses based on orthotropic rock physics model

A command-line interface (CLI) displaying method includes receiving a typed character, determining whether a character is displayed in a prompt information displaying area, deleting the character displayed in the prompt information displaying area when the character is displayed in the prompt information displaying area, and displaying information obtained by processing a command string currently displayed in a command line displaying area in the prompt information displaying area.

Command-line interface displaying method and apparatus

Provided a complex of formula is [3-((1S, 3R)-1-biphenyl-4-ylmethyl-3-ethoxycarbonyl-1-butylcarbamoyl) propionate-(S)-3'-methyl-2&#x2032;-(pentanoyl {2&#x2033;-(tetrazol-5-ylate) biphenyl-4&#x2032;-ylmethyl}amino) butyrate].XCa.YNa.ZHO, wherein X=1-3, Y=12-16, Z=9-18, and 2X+Y=18, and represented by formula (I). Also disclosed are the method of preparing the complex and the method of treating chronic heart disease using a medicament comprising the complex. 

Complex of angiotensin receptor antagonist and neutral endopeptidase inhibitor

A binocular see-through AR head-mounted display device is disclosed. Based on that the mapping relationships fand fare pre-stored in the head-mounted device, the position of the target object in the camera image is obtained through an image tracking method, and is mapped to the screen coordinate system of the head-mounted device for calculating the left/right image display position. Through a monocular distance finding method, the distance between the target object and the camera is real-time calculated referring to the imaging scale of the camera, so as to calculate a left-right image distance, thereby calculating the right or the right image display position. Correspondingly, the present invention also provides an information display method for a binocular see-through AR head-mounted display device and an augmented reality information display system. The present invention is highly reliable with low cost.

Binocular see-through AR head-mounted display device and information display method therefor

A system and a method for fire ground entry control based on internet of things are provided. The system includes a fire ground entry Node subsystem, a fire ground entry LoRa Gateway&Server subsystem and a monitoring and controlling subsystem, where the fire ground entry Node subsystem includes multiple LoRa Node terminals, each user entering a fire ground is equipped with a LoRa Node terminal, and each LoRa Node terminal includes a LoRa antenna and a Wi-Fi antenna; the fire ground entry LoRa Gateway&Server subsystem includes a LoRa Gateway chip, a LoRa Server chip, a LoRa antenna, a Wi-Fi antenna and a battery pack, and the LoRa Gateway chip and the LoRa Server chip are integrated into a whole body; and the monitoring and controlling subsystem monitors the fire ground entry Node subsystem and the fire ground entry LoRa Gateway&Server subsystem.

System and method for fire ground entry control based on internet of things

The invention discloses a detachable double-locking riveting dismounting method and a pulling rivet. A lantern ring comprises a thin-wall hook section, a thick-wall locking section and a lantern ring head with an annular step from front to back. The rivet comprises a rivet head of an annular groove matched with the hook section, a front polish rod section, a knurling section matched with the locking section, a separating groove, a rear polish rod and a tail annular groove section from front to back. Double riveting is used by inserting the rivet and lantern ring from both sides; after riveting, the locking section and knurling section form radial locking, and the hook section is buckled to form axial locking. Simple detaching tools (e.g. front snap ring and center cylinder) are equipped to dismount rivets rapidly.

Detachable double-locking riveting dismounting method and pulling rivet

Growing community of inventors

Chengdu, China

Yang Liu