4results about How to "Guaranteed storage efficiency" patented technology

This invention belongs to the field of integrated circuit design technology, specifically relating to a method for optimizing integrated circuit design data. This method first constructs a "tool-layer-semantic" data acquisition architecture, integrating multi-channel parallel acquisition units to collect heterogeneous data from multiple sources. Compliance pre-verification is performed through hardware logic circuits and a verification rule base, extracting key data identifiers. A three-level incremental compression strategy based on key data priority, combined with an intelligent index integrating multi-dimensional indexes, is used for compression and storage. The stored data undergoes multi-dimensional optimization, including semantic deduplication, priority optimization, format conversion, and source quality backtracking, forming a unified format optimized semantic. Through an interactive interface, it is adapted and interacted with electronic design automation tools. After consistency verification and performance testing feedback loops, the final design data and full-process traceability information are obtained and stored. This invention achieves unified management, efficient compression, intelligent optimization, and full-process traceability of design data.

The utility model relates to the technical field of power electronics, and discloses a superconducting energy storage device which comprises a shell, the front side and the rear side of the shell are each provided with four first damping rods, and connecting plates are fixedly connected among the four adjacent first damping rods. And the left side and the right side of the shell are each fixedly connected with two second damping rods, a side plate is fixedly connected between every two adjacent second damping rods, the left side and the right side of the shell are each provided with four rotating rods, and the opposite ends of every two front-back adjacent rotating rods are rotationally connected with the adjacent connecting plates. According to the shock absorber, when the connecting plate is collided, the first constant force spring and the first damping rod on the inner side can buffer the collision, meanwhile, the rotating rods on the two sides extrude the side plates on the two sides, the side plates on the two sides are pulled by the second constant force spring and the second damping rod for buffering, and therefore secondary buffering on the collision is achieved; and the impact is prevented from directly acting on the energy storage device in the shell.

Embodiments of the present disclosure provide an indirect memory copy method, a processing unit, a computing device and a system. The processing unit of the embodiments of the present disclosure comprises an operation unit, an addressing unit and an index cache, and the addressing unit and the index cache are located between the main storage area outside the processing unit and the operation unit. The operation unit executes an indirect memory copy instruction, and the indirect memory copy instruction at least has a base address, an index address and a destination address, so as to send the index address to the index cache and send the base address and the destination address to the addressing unit; the index cache loads a corresponding index from the main storage area according to the index address and sends the index to the addressing unit; the addressing unit determines a source address of the main storage area corresponding to source data according to the base address and the index; and the addressing unit loads the source data from the main storage area according to the source address and sends the source data to the destination address of the internal cache of the operation unit. The scheme of the embodiments of the present disclosure saves the computing resources of the operation unit itself.

This utility model discloses an intelligent storage, conveying, and suction structure, relating to the field of storage and suction technology. It includes a first outer shell; a material box is integrally formed on the top of one end of the first outer shell; a centrifugal suction machine is fixedly installed on the material box; a auger roller is fitted inside the first outer shell; one end of the auger roller is fixedly installed to a first motor; the first motor is fixedly installed at the end of the first outer shell; a second outer shell is movably installed at the end of the first outer shell away from the first motor via a bearing; a spiral tooth is integrally formed on the surface of the second outer shell; a discharge port is opened at the end of the second outer shell away from the first outer shell; the end of the second outer shell with the discharge port is placed inside a storage device, and the centrifugal suction machine is fixedly installed on the material box, enabling the material to be stored to be drawn into the material box. The material entering the material box is driven by the first motor to rotate the auger roller, thus being conveyed forward to the second outer shell and discharged from the discharge port at the end of the second outer shell.