Boe Technology Group Co., Ltd.

Hefei Boe Optoelectronics Technology Co., Ltd.

Beijing Institute University

Jiangtao Zhang

Peng Wang

Jian Zhang

Jun Zhang

Bo Jiang

Jiali Wang

Shengguang Sang

Tiantian Liu

Lele Sun

Yang Ding

Dongdong Xu

Zilong Yan

Tianyi Yan

Xiang Guo

Guangying Pei

Jinglong Wu

Zhenlong Li

Jie Deng

Duanduan Chen

Zhongyan Shi

This invention relates to a closed-loop adaptive AC stimulation neural network control method and system, involving the technical field of AC stimulation neural regulation. This system is composed of an individualized navigation module, AC stimulation module, EEG acquisition module and adaptive coupling module. After the magnetic resonance image and functional magnetic resonance image of the regulation object are input into the individualized navigation module, the functional connectivity network is generated to finalize regulatory targets. The position of stimulating electrodes and the magnitude of the stimulating current are determined according to the target to be regulated. The stimulating frequency is determined according to the EEG of the regulation object and then input into the AC stimulation module for regulation.

Closed-loop adaptive AC stimulation neural network regulation method and system

A circuit interconnecting device includes a circuit connection board and a circuit board which is detachable. The circuit connection board includes an input terminal, an output terminal and an onboard slot member. The input terminal is coupled to the onboard slot member through a first circuit, and the output terminal is coupled to the onboard slot member through a second circuit; and the circuit board is inserted into the onboard slot member to connect the first circuit and the second circuit.

Circuit interconnecting device for lighting detection

The present disclosure relates to a holding apparatus for holding substrates, comprising: a case, and a first support rod and a second support rod, the first support rod is provided with first support sub-rods, and the second support rod is provided with second support sub-rods, the holding apparatus further comprising: a first adjusting mechanism configured to control the first support sub-rods at a first position to move in a direction perpendicular to the first support rod, so as to adjust gaps between the first support sub-rods and the second support sub-rods at a second position corresponding to the first position, and/or a second adjusting mechanism configured to control the second support sub-rods at the second position to move in a direction perpendicular to the second support rod, so as to adjust gaps between the second support sub-rods and the first support sub-rods at the first position.

Holding apparatus for holding substrates

A dimension detection device includes a first detection unit which is moved to a first predetermined position in a first direction, and configured to detect a current position of the first member, and when the current position of the first member is not a third predetermined position corresponding to the first predetermined position, send a first signal; a second detection unit which is moved to a second predetermined position in the first direction, and configured to detect a current position of the second member, and when the current position of the second member is not a fourth predetermined position corresponding to the second predetermined position, send a second signal; a movement unit which is configured to move the first detection unit and the second detection unit; and an alarm unit configured to send an alarm upon the receipt of the first signal and/or the second signal.

Dimension detection device and cassette

An apparatus () configured for identifying numbers for layers having objects thereon within a container (), the objects being accommodated in the container and arranged in layers. the apparatus comprising: an optical fiber sensor () configured for detecting presence or absence of the objects from layers within a detecting range; a support frame () configured for carrying the optical fiber sensor (); a guide rail () configured for defining a moving direction of the support frame (); a motor () and driving mechanism () configured for driving the optical fiber sensor to move along the guide rail; and a controller () connected with the optical fiber sensor () and the motor (), wherein the controller () is at least configured for obtaining the numbers for the layers having objects thereon according to a moving distance of the support frame (), in the case that the presence of the objects is detected by the optical fiber sensor (). In the case of a smaller spacing between the layers in the container (), the apparatus () can accurately obtain the number for the layer in which an object locates, so that a robot arm can take out the object placed at this layer directly. The object is a display panel.

Apparatus for identifying layer number of an object in a container and system for automatically taking out an object

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Beijing, China

Jiangtao Zhang