Shenzhen Shokz Co., Ltd.

Huawei Technologies Co., Limited

Shenzhen Reolink Technology Co., Ltd.

Lei Tang

Yongjian Li

Haofeng Zhang

Zeying Zheng

Yunbin Chen

Lei Zhang

Yulong Que

Lang He

Fanfan Hou

Pengfei Xie

Wenyue Xia

Yanfeng Jia

This application provides a wireless communication resource allocation method. A network device allocates, to a terminal device, a first resource pool used to carry communication data and a second resource pool including a candidate resource of the first resource pool, the network device measures a quality parameter of at least one physical resource in the first resource pool and the second resource pool, and the network device sends first indication information to the terminal device when a quality parameter of a first physical resource in the first resource pool satisfies a preset condition #. The first indication information is used to indicate that the first physical resource in the first resource pool is replaced with a second physical resource, and the second physical resource is a physical resource in the second resource pool.

Wireless communication resource allocation method and apparatus, and communication device

Earpiece

Headset

This application discloses a method for controlling an optical sensing circuit, an optical sensing circuit, and an imaging device. The optical sensing circuit includes an optical sensor and a voltage dividing circuit connected in series, an input voltage (a voltage of the voltage dividing circuit) and an output voltage are obtained, a resistance value of the optical sensor is calculated according to the input voltage, a light intensity value is obtained according to the resistance value of the optical sensor, and then, different loads are controlled based on a level of the output voltage for light intensity in different ranges to perform corresponding operations. This application has high flexibility and strong adaptability, and can effectively broaden an application scope of a photosensitive device.

Method for controlling optical sensing circuit, optical sensing circuit, and imaging device

This application discloses a camera circuitry and a camera device. The camera circuitry includes a light collection circuit, an operational amplification circuit, an image processor and a first resistor. The light collection circuit is used to collect the brightness value and pass the collected brightness value through the operational amplification circuit and the first resistor are then transmitted to the image processor, and the image processor initiate imaging based on the brightness value. By providing an operational amplification circuit and a first resistor at the back end of the light collecting circuit, and adopting a continuous power supply mode for the light collecting circuit and the operational amplification circuit, the convergence speed of the light brightness value is effectively improved, so that accurate ambient light brightness values can be obtained faster to achieve normal camera functions.

Camera circuitry and camera device

A method for detecting a substrate crack, a substrate, and a detection circuit. A non-closed test line having an opening is peripherally disposed along an edge of a glass substrate of a TFT substrate. Whether an edge of the TFT substrate has a crack or chip can be determined by measuring whether the test line is on or off. In this way, a detection omission can be avoided, detection efficiency is improved, and after the TFT substrate is used to assemble a liquid crystal module or the liquid crystal module is used to assemble a complete device, whether the edge of the TFT substrate in the liquid crystal module has a crack or chip can also be detected.

Method for detecting substrate crack, substrate, and detection circuit

A resource configuration method, a server, a network equipment, and a network system are provided. The resource configuration method includes performing a resource configuration on a network equipment according to a resource requirement of the network equipment and updated resource configuration information. The resource configuration information includes resource registration information reported by each of network equipments in a network. By implementing the present invention, the number of lookups for the resources is reduced and the process thereof is shortened, thereby achieving an effective resource allocation. In the case that an update frequency is fast enough, a search for resources is realized by one lookup. With such dynamic resource configuration information, the resource allocation is performed quickly and the waste of processing capacity of the server is avoided effectively.

Resource configuration method, server, network equipment and network system

Growing community of inventors

Shenzhen, China

Lei Tang