4results about How to "Short time interval" patented technology

The embodiment of the application provides a kind of energy storage system and energy storage equipment, belong to energy storage technical field, comprising: master control module, master control module is configured to send instruction signal;Power conversion module;Battery management module;Extension module;Wherein, power conversion module, battery management module and extension module are all connected with master control module by EtherCAT bus, to constitute EtherCAT network, power conversion module, battery management module and extension module are all used to obtain instruction signal by EtherCAT network.The energy storage system provided in the application, power conversion module, battery management module and extension module are connected into EtherCAT network with master control module by EtherCAT bus.After master control module issues instruction signal, since each module is in the same level, therefore, the time interval of each module receiving instruction signal is short, and the data synchronization between modules is high.

This invention discloses an intelligent agricultural sowing device and method for agricultural planting, relating to the technical field of intelligent sowing equipment for legume seeds. It includes a sowing hopper, with a support plate vertically mounted on its lower surface. A drive wheel is rotatably mounted on the lower end of the support plate via a rotating shaft. A connecting rod is mounted on the side of the sowing hopper. A furrow opener and a soil covering device are mounted on the sowing hopper. The sowing hopper is open at both the top and bottom. A sowing block is mounted inside the lower part of the sowing hopper, with its lower surface flush with the lower surface of the sowing hopper. A matching sowing roller is rotatably mounted in a circular groove on the sowing block. This invention ensures that the most active microbial agent is sown into the soil, fundamentally guaranteeing the inoculation effect and nitrogen fixation efficiency in the field. Simultaneously, by utilizing the Venturi effect within the negative pressure synchronous atomization sowing tube, it achieves near-uniform, seamless coating of irregular legume seeds, avoiding waste of microbial agent.

The invention relates to a charging control method for an automatic cooking machine, and the method comprises the steps: controlling a motor to drive a bin door, enabling a gap of the bin door to rotate to the lower parts of different storage bins at different times, and enabling at least two storage bins to discharge materials at different times; the discharging control process of at least one storage bin comprises the following steps that S1, the motor is controlled to drive the bin door, and the bin door is made to rotate forwards by a first angle from the initial position to reach the target position; and S2, the motor is controlled to drive the bin door, so that the bin door reversely rotates by a second angle from the target position. According to the method, half of the food materials falling on the wall of the storage bin can be knocked off in time, so that the time interval between the half of the falling food materials and most of the food materials in the same storage bin is very short, and the half of the falling food materials can fall into a cooking container in time.

The present disclosure relates to a UCIe performance information acquisition method, a core particle, a chip and a data processing device. The method comprises: collecting, by a DMA module built in a first core particle, transmission performance information of a UCIe module of the first core particle to form at least one piece of performance analysis data chain based on time sequence, wherein the transmission performance information comprises at least one of first transmission performance information of the first core particle accessing a second core particle, second transmission performance information of the second core particle accessing the first core particle, and abnormal transmission performance information; and sending, by the DMA module, the at least one piece of performance analysis data chain to a system bus to store the at least one piece of performance analysis data chain in a system bus memory. The present disclosure realizes real-time acquisition and storage of transmission performance information in time sequence, and the obtained UCIe performance data details the data details changing over time, which helps to improve the accuracy and reliability of UCIe performance analysis results.