Boe Technology Group Co., Ltd.

Beijing Boe Display Technology Co., Ltd.

Texas Instruments Corporation

Beijing Boe Optoelectronics Technology Co., Ltd.

Siemens Aktiengesellschaft

Nokia Technologies Oy

Lenovo (beijing) Limited

Tsinghua University

Other

Huawei Technologies Co., Limited

Motorola Mobility LLC

Intel Corporation

Telefonaktiebolaget Lm Ericsson (publ)

Oracle International Corporation

Nokia Corporation

Liang Zhang

Yizhen Xu

Shuo Li

Zhihua Sun

Zongze He

Weibing Jing

Dan Li

Weihao Hu

Shanshan Bao

Xingji Wu

Chunbing Zhang

Jianming Wang

Fuyi Cui

Bin Zhang

Shuai Hou

Feng Long

Yaohong Liu

Qi Yang

Baoyu Liu

Feng Li

Xu Chen

Ang Xiao

Dan Su

Hao Zhou

Lina Wang

Yong Yuan

Yichiang Lai

Yu Zhang

Hui Li

Jing Li

Zifeng Wang

Dan Wang

Jing Cheng

Yu Ma

Jieqiong Wang

Huaibi Chen

Zhiming Meng

Shulin Yao

Zhihui Yang

Chunchieh Huang

Qi Sang

Dan Yu

Xue Dong

Jian Wang

Wei Liu

Gang Wang

Amit Kumar Agrawal

Wei Zhang

Yuanjing Li

Ziran Zhao

Xin Li

Chao Li

Ming Wang

Ningning Li

Dong Wang

Xibin Shao

Bo Wang

Ping Wang

Ke Fei Wang

Hang Li

Jiuxia Yang

Feng Bai

Rajiv Mordani

Kejun Kang

Feng Gao

Peng Chen

Jia Qi Li

Ning Li

Kongqiao Wang

Chuanxiang Tang

Honggang Li

Xiuyun Chen

Rui Guo

Weifeng Tong

Bing Li

Lei Yang

Gang Wei

Olivier David Meirhaeghe

Xiaona Liu

Yifan Yu

Jiangtao Wen

Wanli Xing

Sen Ma

Jianwei Li

Chunhui Liu

Feng Guo

Fei Luo

Jinsheng Liu

Steven Liu

Jingjing Chen

Dong Liang

Lili Jia

Mingliang Xu

Dongsheng Zhang

Jingguo Zong

Peijun Ding

Mengxin Zhao

Yuanchun Shi

Dieter Horst

In some examples, an apparatus includes a transistor having a control terminal, in which the transistor is coupled between a power terminal and a ground terminal. The apparatus also includes a resistor. The apparatus also includes a controller having first and second controller inputs and first and second controller outputs, in which the first controller input is coupled to the power terminal, the second controller input is coupled to the control terminal, the first controller output is coupled to the control terminal, and the resistor is coupled between the control terminal and the second controller output.

Active snubber circuit

A voltage regulator circuit includes a high side (HS) transistor having a control input and a low side (LS) transistor having a control input. The LS transistor is coupled to the HS transistor at a switching terminal. A comparator has first and second inputs and an output. A first resistor is coupled to the switching terminal. A second resistor is coupled between the first resistor and the second input of the comparator. A capacitor is coupled between a second resistor terminal of the second resistor and ground. A switch has first and second switch terminals and a control input. The first switch terminal is coupled to the first resistor terminal of the second resistor, and the second switch terminal is coupled to the second resistor terminal. A delay circuit has an input and an output. The output of the delay circuit is coupled to the control input of the switch.

Voltage regulator with on-time extension

Various embodiments include a method for determining a collection frequency of data. The data are collected from a device for an application program to monitor the device. The method may include: determining a collection frequency requirement of the application program regarding the data of the device; determining state information of the device; and determining, based on the determined collection frequency requirement of the application program regarding the data of the device and the determined state information of the device, a collection frequency of data according to a preset rule.

Method and apparatus for determining collection frequency of a monitoring device

An electrical connection apparatus includes a cable connector, a PCB, and a fastened wall. The cable connector includes a connecting terminal and a plurality of first contacts. One part of each first contact is located in the connecting terminal, and the other part extends from the connecting terminal. The printed circuit board includes a substrate and a plurality of second contacts. The plurality of second contacts are located on a surface of the substrate. The fastened wall includes a plurality of sidewalls. The plurality of sidewalls are fastened to the substrate, and are located on at least two opposite sides of the plurality of second contacts. When the cable connector and the PCB are fitted, the cable connector and the fastened wall are detachably fastened, and the first contact and the second contact are in close contact.

Electrical connection apparatus, manufacturing method, and computer device

A system and method for cooperatively treating water and gas to reduce pollutants and carbon emission. The system includes a flue gas pre-treatment unit, a wastewater pre-treatment unit, a gas-water cooperative cleaning unit, a remaining water treatment unit, and a circulating cooling evaporation unit.

System and method for cooperatively treating water and gas to reduce pollutants and carbon emission

A circuit includes a current compensation circuit having first and second compensation inputs, and a compensation output. The first compensation input is coupled to an input voltage terminal and the second compensation input is coupled to a switching terminal. The circuit further includes a one-shot circuit having a comparator having first and second comparator inputs, and a comparator output. The first comparator input is coupled to a voltage reference terminal and the second comparator input is coupled to the compensation output. The one-shot circuit further includes a switch coupled between the second comparator input and a ground terminal and a capacitor having first and second capacitor terminals, in which the first capacitor terminal is coupled to the second comparator input and the second capacitor terminal is coupled to the ground terminal.

One-shot circuit with current compensation

Console

A processing method includes projecting a display content of an electronic device to a terminal device having a display output module through a connection channel; and acquiring sensing parameters through a gravity sensor. The method further includes in response to determining that the sensing parameters satisfy a support surface placement condition, processing input parameters based on a plane transformation strategy to obtain response parameters, the input parameters obtained by a touch sensing module for a focus displayed in an output area of the display output module. The method further includes controlling, according to the response parameters, a display position of the focus in the output area to respond to a movement operation, a moving direction of the display position of the focus in the output area being consistent with a direction of the movement operation of the operating body with respect to the reference.

Processing method and electronic device

An information processing method includes obtaining parameter information, in response to an electronic device being in a sharing scenario, displaying, based on the parameter information, a sharing identifier for sharing the source device, and in response to obtaining an input operation for the sharing identifier, sending display data of the source device obtained through a first connection channel to a server of the sharing scenario based on a second connection channel, to achieve real-time sharing of the display data of the source device by at least one sharing object in the sharing scenario. The parameter information is configured to characterize a connected source device. The source device is capable of processing and displaying information. The display data of the source device includes dynamically changing data generated by the source device for display.

Information processing method and electronic device

Described embodiments include a boost circuit for a DC-DC voltage converter includes a first transistor coupled between an input voltage terminal and a boost terminal. A second transistor is coupled between the first control terminal and a switch terminal, and has a second control terminal coupled to the switch terminal. A capacitor is coupled between the boost terminal and the switch terminal. A third transistor has a third control terminal and first and second current terminals. The first current terminal is coupled to the first control terminal, and the third control terminal is coupled to an internal voltage supply terminal. A fourth transistor is coupled between the internal voltage supply terminal and the second current terminal, and has a fourth control terminal coupled to a drive terminal.

Boost charge circuit for DC/DC converter

The present application provides a system and method for realizing partial anammox advanced nitrogen and phosphorus removal through mainstream and sidestream biofilm cyclic alternating for a municipal wastewater treatment plant. The system includes three main component units: a mainstream zone (a), an advanced treatment zone (b) and a side stream zone (c). Advanced nitrogen and phosphorus removal of the entire system is realized through cyclic alternating of biofilms. In the mainstream zone (a), the main function of an anaerobic/anoxic zone is to perform heterotrophic denitrification nitrogen removal, and partial denitrification/anammox autotrophic nitrogen removal, and the main function of an oxic zone is to remove organic matter, perform aerobic phosphorus uptake, and complete a nitrification reaction. In a denitrification fluidized bed () in the advanced treatment zone (b), advanced treatment is performed for a mixed solution of effluent and raw water in the mainstream zone to achieve heterotrophic denitrification, and partial denitrification/anammox autotrophic nitrogen removal. A high-ammonia nitrogen anammox nitrogen removal zone () in the sidestream zone (c) enriches anammox bacteria based on biofilms, realizing autotrophic nitrogen removal of sidestream high-ammonia nitrogen wastewater.

System and method for realizing partial anammox advanced nitrogen and phosphorus removal through mainstream and sidestream biofilm cyclic alternating for municipal wastewater treatment plant

Embodiments of the present disclosure provide methods and apparatuses for resource scheduling. A method at a base station comprises determining a passive interference cancellation capability of a User Equipment (UE) having a passive interference issue. The passive interference is coupled into a receive path of the UE from a transmission of at least one signal through a transmit path of the UE. The method further comprises scheduling at least one uplink resource for the UE based on the passive interference cancellation capability.

Method and apparatus for resource scheduling

A delaminated subway station structure in a sea-land connection region includes an openly-excavated station hall, a platform floor, a first air shaft duct, a second air shaft, up and down entrances and exits, a barrier-free entrance and exit, and an under-rail street passage, where the platform floor is formed by expanding an existing running tunnel, such that a double-vault structure of the platform floor is formed; two groups of up and down entrances and exits are disposed, and located in waiting regions on two sides respectively to connect expanded ear chambers on two sides and the openly-excavated station hall; two groups of barrier-free entrances and exits are disposed, and located in the waiting regions on the two sides respectively; and the under-rail street passage is closely attached to a bottom plate of the existing running tunnel to form an underpass and connects to the expanded ear chambers.

Delaminated subway station structure in sea-land connection region and construction method thereof

Techniques for connectivity session between devices based on a connectivity trigger are described and may be implemented to enable a first device (e.g., a mobile device) to provide network connectivity for a second device. Generally, the described implementations enable multiple different connectivity triggers to be utilized to trigger a connectivity session between devices, such as for enabling network connectivity of a first device to be provided to a second device.

Connectivity session between devices based on a connectivity trigger

A power supply circuit includes a power input, a power output, an error amplifier, a first transistor, and a second transistor. The error amplifier includes an output. The first transistor is coupled to the power input and the power output, and is configured to pass a current from the power input to the power output. The second transistor is coupled to the power input, the output of the error amplifier, and the first transistor, and is configured to provide, to the first transistor, a control voltage that is no less than a first voltage at the power input responsive to the first voltage falling below a second voltage at the output of the error amplifier.

DC-DC converter circuit

Growing community of inventors

Beijing, China

Liang Zhang