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

Embodiments of the present invention disclose a display panel and a display device, the display panel comprising: a display screen (1), comprising: an array substrate; an opposed substrate, cell-assembled with the array substrate to form the display screen; a circuit board (2), provided with a control circuit (5) for controlling the display screen thereon; and a wireless network adapter (3), receiving signals via a wireless network.

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 present invention is applicable to the technical field of electronics, and provides a wireless access control management system and a wireless access control management method, the system comprises a radio frequency SIM card memory module, an iris identification module and a smart door lock, the iris identification module comprises a radio frequency SIM card read head, an iris identification device and a processor; the processor reads preset verification iris information stored in an external radio frequency SIM card in a current read head area via the radio frequency SIM card read head; the iris identification device collects current to-be-verified iris information; the preset verification iris information and the current to-be-verified iris information are compared; and if the preset verification iris information and the current to-be-verified iris information are consistent, an unlocking signal is sent to the smart door lock. The radio frequency SIM card is used for storage of user's iris information, the level of information security can be ensured, and the cost for building of data storage servers and server networks can be saved.

A non-blocking expansion system and method based on multiple disjoint unidirectional optical fiber ring networks, the system includes three stages: an input stage, an intermediate stage and an output stage, wherein both the input stage and the output stage are composed of space division switching modules; The intermediate stage is composed of multiple disjoint WDM switching modules including the unidirectional optical fiber ring network, allowing arbitrary input-to-output mapping; the connection of the intermediate stage unidirectional optical fiber ring conforms to the basic characteristics of the Clos network, and is logically consistent with the input The output stages are connected one by one through optical fiber ports; the number n of the input and output stage module ports should be consistent, and the number should not be greater than the number M of the intermediate stage switching modules. At the same time, a specific implementation method of using the system to complete non-blocking expansion is provided. The invention increases network capacity at low cost and high efficiency, flexibly and effectively utilizes all optical fiber ring link resources, improves the utilization rate of wavelength resources in the network, eliminates network blocking rate, and is beneficial to the realization of future high-performance optical networks.

The invention discloses a decoder control circuit and a layout designing method for a Nor flash memory. The decoder control circuit is small in occupied layout area, simple in control principles and structure, uncomplicated in locating and wiring, small in the area of a peripheral drive circuit, short in reading path and fast in reading speed. In particular, the decoder control circuit of the invention has obvious area cost advantage, good reusability and easy expandability when applied to large-capacity Nor Flash memories prepared by using an advanced process.