5results about How to "Improve readiness" patented technology

The invention provides a rail transit vehicle braking energy recovery method and system based on a supercapacitor, and relates to the technical field of rail transit vehicle braking energy recovery, and the method comprises the steps: analyzing the braking intention intensity through obtaining the motor feedback electric power and a pedal signal in the braking process; constructing an energy fluctuation prediction model, and calculating a charging current threshold and a voltage boundary; configuring a power conversion unit control strategy, and executing charging control; energy redistribution is realized through the active equalization circuit; according to the method, the energy recovery efficiency can be improved, the service life of the supercapacitor can be prolonged, and the braking safety can be ensured.

The application discloses a gantry machine tool wall parallelism measurement method and system, and the method comprises the following steps: processing a plurality of groups of corresponding measurement surfaces on the two side walls of the gantry machine tool; processing a taper hole on one side of each group of measurement surfaces; adjusting the depth of a half-ball head screw inserted into a hanging pipe and the length of a dial gauge inserted into a connecting rod, so that the total length between the free end of the half-ball head screw and the measurement head of the dial gauge is adapted to the distance between the walls of the gantry machine tool; suspending the measurement system between the two walls of the gantry machine tool; tightly abutting the ball head of the half-ball head screw on the taper hole of the wall measurement surface, repeatedly hitting the corresponding measurement surface on the other side, obtaining the minimum value of the distance between the two measurement surfaces; moving the workshop girder trolley along the wall direction and measuring, obtaining a plurality of minimum value data; obtaining the parallelism data between the walls of the gantry machine tool according to the plurality of minimum value data; and adjusting the corresponding distance between the walls of the gantry machine tool according to the parallelism data until the parallelism requirement is reached.

This invention relates to an emergency power supply distribution and energy storage wall system, comprising an integrated wall-type shell, a dual-busbar power distribution architecture, a multi-mode seamless switching module, a load identification module, and an embedded energy management system. The dual-busbar power distribution architecture, the multi-mode seamless switching module, and the load identification module are housed within a distribution box, which is also housed within the integrated wall-type shell. The multi-mode seamless switching module enables uninterrupted voltage waveform switching of the load from the constant power bus to the emergency bus. The load identification module obtains the real-time current waveform of the load through high-frequency sampling and compares it with a built-in feature library to identify the load type. The embedded energy management system receives grid status, battery state of charge, load identification information, and user-preset strategies to execute tiered load control strategies. Compared with existing technologies, this invention offers advantages such as extending the power supply time of critical loads, ensuring stable load operation, and improving system readiness.

The utility model relates to the field of lithium battery especially relates to a lithium battery tray, including tray main part (4), the left side and right side of tray main part all are fixedly installed with door shape handle, the inner bottom wall of tray main part is fixedly installed with a plurality of rubber hemisphere, the bottom of tray main part is fixedly installed with the limiting component, the left side and right side of limiting component all are fixedly installed with the positioning assembly, the front side and back of limiting component all are fixedly installed with first fixed component, the top of tray main part is fixedly installed with dustproof component, the front side and back of tray main part all are set up with third thread groove, the front side and back of dustproof component all are fixedly installed with second fixed component, the bottom of dustproof component and the right side of tray main part all are fixedly installed with third fixed component, have solved the effect of making preparation for subsequent production process is poor and the technical problem of easy damage to lithium battery.

This utility model relates to the field of agricultural machinery and equipment technology, specifically disclosing a device for mixing, spreading, and ridging edible fungi substrate. It includes a hopper, with a rectangular trough extending from the rear end of the hopper. Multiple discharge ports are located at the bottom of the rear end of the rectangular trough, with a partition on one side of each port. These ports form a stair-shaped combined discharge port. A stirring shaft corresponding to each discharge port is rotatably mounted within the rectangular trough, and each stirring shaft is equipped with a spiral blade. A first ridging mechanism and a second ridging mechanism are respectively located on both sides of the rear end of the rectangular trough. This device effectively solves the shortcomings of existing edible fungi cultivation methods that require manual ridging, ditching, and nutrient substrate laying. It is suitable for large-scale mechanized edible fungi cultivation and can evenly spread the edible fungi substrate on the ridges, effectively improving the preparation of the edible fungi planting bed and nutrient substrate.