4results about How to "Reduce seek time" patented technology

The application discloses a data management method and system suitable for IMR, wherein when a bottom track is updated, data of an effective top track is actively migrated to other free tracks; in the MFML data update strategy, a zigzag four-stage data management scheme is adopted, in the first stage, data of the bottom track is updated; in the second stage, the MFML strategy is adopted to update data of the bottom track; in the third stage and the fourth stage, data distribution and bottom track data update are continuously performed according to the mode of the second stage, and data management is realized. The application can make the MFML update strategy better play the performance in the four-stage data management scheme, and can also relieve the performance decline problem caused by the too high top track occupation amount of the multi-stage distribution scheme.

The application relates to the technical field of power maintenance auxiliary tools, in particular to an electric power tower maintenance platform auxiliary structure integrated with tool hooks, which adopts the following technical scheme: a base, a rod body, a top plate and a plurality of hook assemblies are arranged; the base is connected with the rod body; the lower portion of the top plate is connected with the plurality of hook assemblies; the base can be detachably connected on a maintenance platform; and the hook assemblies are used for suspending tools. The plurality of hook assemblies are evenly distributed below the top plate, the maintenance tools can be classified and suspended, the tools are orderly placed, the required tools can be quickly found by maintenance personnel, the searching time is reduced, and the maintenance work efficiency is improved. Meanwhile, compared with a traditional simple rope binding mode, the auxiliary structure does not need to frequently untie and rebind the ropes, the tool taking time is greatly shortened, the maintenance operation progress is accelerated, and the overall operation efficiency is improved.

This invention discloses a method for scanning express parcels and determining their location and route, comprising the following steps: S1, image acquisition, capturing an image of the express parcel using a camera module; S2, an image processor performing information recognition on the express parcel image obtained in S1, extracting express parcel identification information; S3, a communication unit establishing a connection with an external express locker or delivery station management system to obtain current available storage space status information; S4, based on the extracted express parcel identification information and available storage space status information, a main control unit allocating storage spaces for the target express parcel according to a preset strategy; S5, based on the storage space information allocated in S4, an information push unit sending a pickup notification containing the express parcel's storage location information to the user terminal. This method for scanning express parcels and determining their location and route can automatically allocate storage spaces and send pickup notifications, effectively improving the work efficiency of delivery personnel.

This application relates to a multi-functional integrated auxiliary assembly platform for aircraft doors, belonging to the field of aircraft manufacturing. It effectively improves assembly efficiency and product quality while reducing the complexity of equipment management during the assembly process. The conformal clamp is made of high-strength, lightweight composite material, a choice that ensures the clamp's support strength without placing an excessive burden on the assembly process. Its special surface treatment ensures a good fit with the door surface, providing reliable conformal functionality. Simultaneously, the detachable and adjustable installation method allows the conformal clamp to adapt to different aircraft door models, exhibiting strong versatility and flexibility.