44results about How to "Reduce connection complexity" patented technology

The embodiment of the invention discloses a display system, which comprises a display screen and a single display screen controller, and is characterized in that the single display screen controller is provided with multiple video input interfaces and multiple video output interfaces, and the display is connected with the multiple video output interfaces; and the single display screen controller is configured to select at least part of input sources from the multiple input sources inputted by the multiple video input interfaces, perform image data processing on the at least part of the input sources and output processed image data corresponding to the at least part of the input sources to the display screen through the multiple video output interfaces so as to perform image display. In addition, the embodiment of the invention further discloses a structure of a display screen controller.

The invention discloses a safety controller for a welding robot and a control method thereof. The safety controller comprises a safety protection module, an upper computer, an execution module, a running information acquisition module and a field bus, wherein, the upper computer and the running information acquisition module send a parameter initialization data command and a robot running state command to the safety protection module via the field bus; the safety protection module sends alarm and error indication to the upper computer via the field bus; and the execution module receives output of the safety protection module. The safety controller and the control method thereof have the beneficial effects that connection complexity is greatly reduced by adopting a field bus technology; and a safety area protection function is realized by means of a plurality of safety protection strategies, namely, corresponding alarm or error message prompt is given out in case of abnormalities, and meanwhile corrective measures or emergency shutdown are carried out, thus ensuring safety operation of a system.

The invention discloses a fan system and a brake circuit thereof, which comprises a motor, a motor drive circuit, and a control unit. The motor drive circuit is electrically connected with the motor; the control unit is electrically connected with the motor drive circuit; when an input voltage is supplied to electrify the fan system, the control unit generates a forward rotation control signal to control the motor to rotate along a preset direction; when power supply of the input voltage to the fan system is interrupted, the control unit generates a reverse rotation control signal to control the motor to rotate along a direction opposite to the preset direction so as to brake and stop the motor instantly.

The invention discloses a high-availability cluster management method independent of shared storage. According to the method, no additional storage device needs to be added, a cluster is configured according to the requirements, disk data are synchronously or asynchronously transmitted by means of block devices of cluster nodes and network bandwidth limitation, and disk data transmission and share between nodes are ensured. According to the high-availability cluster management method, a disk data transmission device independent of shared storage is provided, the disk data transmission device comprises a synchronous tracking module, a block data synchronization module, a data change mapping module and a synchronization link module. According to the high-availability cluster management method, disk data transmission and share between the nodes are achieved through the block devices of the cluster nodes, cost caused by storage devices can be greatly reduced, and configuration complexity and cluster management risks are reduced.

The invention discloses a processing method and electronic equipment. According to the method, on the premise that a first processing device of the electronic equipment is connected with a storage device, the storage device connected with the first processing device can be reused to store the data of the firmware system, the situation that a storage medium for storing the firmware system is independently arranged is avoided, and the complexity of an internal circuit of the electronic equipment can be reduced. Furthermore, a data operation instruction for the firmware system is obtained throughthe first processing device. The data operation instruction is received from the storage device, and the data of the firmware system stored in the storage device is processed based on the data operation instruction, so that the operation processing of the data of the firmware system can be realized, and the data storage and processing of the firmware system are realized on the premise of reducingthe line connection complexity.

The invention discloses a decoding method which can be applied to multiple scenes such as metropolitan area, a backbone network, data center interconnection and the like to meet the requirements of optical transmission. The method comprises the following steps: obtaining a syndrome corresponding to each code word in a plurality of code words; grouping the obtained syndromes, and performing priority ranking in each group of syndromes; and selecting the syndromes for decoding according to the priority ranking result of each group of syndromes. According to the decoding method, the same decoding processing is not carried out on each code word, so that the problem that the same number of times of decoding needs to be carried out no matter whether the code word is correct or not in a traditional static decoding scheme is avoided, on-demand decoding is realized, and the demand and power consumption of decoding resources are reduced.

The invention relates to the technical field of lithium battery pack management equipment, and specifically discloses an energy balance based series-wound lithium battery pack protection apparatus. The protection apparatus is characterized in that the protection apparatus is provided with a controller, an energy equalization circuit connected with the controller and a protection circuit connected with the controller; the energy equalization circuit comprises a voltage sampling circuit, a rectifying filter circuit, an A/D switching circuit, and an equalization switch circuit; the voltage sampling circuit collects the voltage value between adjacent two serially-connected single lithium batteries; the output end of the voltage sampling circuit is connected with the rectifying filter circuit; the output end of the rectifying filter circuit is connected with the controller through the A/D switching circuit; the control end of the equalization switch circuit is connected with the controller; and the equalization switch circuit is serially connected between the adjacent two single lithium batteries that are in mutual series connection. Compared with the prior art, the energy balance based series-wound lithium battery pack protection apparatus has the obvious advantages of reasonable structure, stable operation, capability of effectively improving the operation safety of the lithium battery pack, and the like.

The invention discloses a multi-interface high-speed optical fiber transmission device and method. The multi-interface high-speed optical fiber transmission device comprises a digital signal processing module, an optical module, an optical fiber cable and a data processing server, the digital signal processing module is used for completing digital beam forming and parameter measurement of the received baseband signal; a result of the signal processing module is accessed to a data processing server through an optical module and an optical fiber cable for further signal identification; the optical module completes electro-optical conversion between the electric signal sent by the digital signal processing module and the optical signal transmitted in the optical fiber cable, and photoelectric conversion between the optical signal transmitted in the optical fiber cable and the electric signal received by the data processing server; according to the invention, on the premise of not changing the architecture of the back-end data processing server, the receiving front-end module is expanded; and meanwhile, on the premise of not losing data, multiple channel outputs are combined into one channel for transmission, so that the system redundancy is reduced, the hardware resource utilization rate is improved, and the hardware cost and the system unit design complexity are effectively reduced.

The invention provides an ESD circuit capable of improving high-voltage reliability, particularly relates to the technical field of electrostatic discharge protection of integrated circuits, and aimsto solve the problem of low high-voltage reliability in an existing ESD circuit. A novel high-voltage-resistant structure which is composed of a high-voltage-resistant forward conduction diode and a high-voltage-resistant reverse conduction diode is designed, and an N-type region of a PN junction can be shared in a layout. A voltage division structure and a low-voltage protection structure are adopted to protect a circuit, and a high-power NMOS transistor is utilized to discharge ESD current. The ESD circuit provided by the invention is high in DC high-voltage level resistance reliability andESD protection capability, and a chip has the advantages of low implementation complexity and small area.