14 results about "Archival storage" patented technology

An archive storage device for higher education management, the archive storage device comprising a base (1) and archive storage boxes (2), wherein a mounting assembly (3) is provided in an inner cavity of the base (1); a positioning assembly (4) is provided at the top of an inner cavity of each archive storage box (2); and an archive box (5) is provided in an inner cavity of each positioning assembly (4). By means of the provision of the mounting assembly (3), the lowermost archive storage box (2) of the device can be mounted and fixed, thereby improving the stability of the archive storage boxes (2) during assembly; by means of the provision of the positioning assemblies (4), a plurality of archive boxes (5) can be placed between two positioning plates (403), and then by means of rotating a second threaded rod (401), a plurality of positioning plates (403) can be driven to position and fix the plurality of archive boxes (5), thereby improving the stability of the archive boxes (5) during placement; and by means of the provision of moving assemblies (6), it can be convenient to move the storage device, thereby improving the convenience of movement.

The present application relates to the technical field of archive digitization processing, and more particularly to a historical archive format automatic detection and conversion method based on an AI intelligent agent.The present application comprises the following steps: S1: collecting historical archive samples of an archive storage mechanism and constructing an archive format feature database; S2: formulating conversion rules according to archive storage format specifications; S3: using a deep learning algorithm to compare a to-be-detected archive with standard formats in the format feature database and analyze the archive format; and S4: comparing the converted archive with the standard formats in the format feature database again, storing the qualified archive in an archive library after confirming that the format is qualified.The present application aims to provide a historical archive format automatic detection and conversion method based on an AI intelligent agent to solve the problems of low efficiency of manual detection of historical massive archives, single function of existing automatic tools and lack of effective automatic conversion schemes.

The utility model discloses an archive storage device for administrative management, including the cabinet body, the cabinet body is evenly distributed with a plurality of accommodation chamber, be provided with the storage box in a plurality of accommodation chambers respectively, and the storage box is used for filing storage, and the sliding assembly for assisting the storage box sliding is set up in the accommodation chamber and is located the both sides of storage box. The utility model discloses through the first guide rod setting in the fixed plate middle position, the second guide rod setting in the side groove middle position, when the storage box slides into the inside of accommodation chamber, two guide rods are in the close position, when pulling out the storage box, the sliding plate half is located in the fixed plate, and the other end slides out the accommodation chamber and supports the storage box, when pulling out the storage box, can provide stable support for it, increased the stability when the storage box pulls out, avoided the storage box to shake or lean, and the safety of the article in the storage box was guaranteed.

This invention relates to the field of archival storage equipment technology, and more particularly to a storage rack for archival documents. The invention provides a storage rack for archival documents, comprising a filing cabinet body, the interior of which is vertically divided into four storage layers, including two high-level storage areas; two cabinet doors, rotatably connected to the front side of the filing cabinet body; a support frame, slidably connected to the high-level storage areas, for supporting the high-level storage rack; and a sliding mechanism formed on the inner wall of the filing cabinet body, the sliding mechanism including a longitudinal sliding groove located in the high-level storage area and a vertical sliding groove communicating with the longitudinal sliding groove. This invention, through the cooperation of a drive component and the sliding mechanism, achieves an automated path for the high-level rack: "horizontal movement—vertical descent—reset and rise," safely and smoothly delivering the high-level storage units to a comfortable operating height, avoiding climbing and excessive extension, significantly improving access convenience, human comfort, and inherent safety.

This invention relates to the field of end-to-end management and control technology for archival digitization, specifically an intelligent management and control system and method for the entire archival digitization process. The intelligent governance system for the entire archival digitization process within the system receives the standardized fused dataset, performs intelligent cataloging, quality verification, dynamic anonymization, and intellectual property rights confirmation marking on the archival data based on machine learning algorithms, completes metadata standardization processing, and outputs the governed archival dataset to the blockchain-enabled trusted archival storage and traceability mechanism. This invention achieves automatic cataloging, quality verification, dynamic anonymization, and intellectual property rights confirmation marking based on machine learning, forming a closed-loop governance mechanism that significantly reduces manual intervention and ensures the security, standardization, and clear ownership of archival data during the transfer process.

This utility model discloses an installation and fixing device for disks in an electronic archive storage server, belonging to the technical field of installation and fixing components. The electronic archive storage server includes a storage server body and a door rotatably installed on the storage server body. Through the coordinated use of the above devices, and through the setting of the installation mechanism, when a disk in the disk array fails, the first motor is started. The output end of the first motor drives the mounting plate to rotate on the top of the mounting plate, thereby driving the upright plate and the heat-conducting clamp to rotate together. This process moves the faulty disk to a position close to the door, making it easier to replace or repair. By optimizing the layout design of the power supply unit and the disk array, the power supply unit is configured in a rotatable maintenance mode, and the traditional side tank chain wiring method is changed, freeing up side space and increasing the upper limit of the disk array layout density.

This utility model relates to the field of archival storage technology and discloses a multifunctional archival storage device, including a storage cabinet. Mounting boxes are fixedly connected to the upper and lower left ends of the storage cabinet. A motor is installed inside the mounting box, and a driving gear is fixedly connected to the output end of the motor. A driven gear is rotatably connected to the middle of the inner left end of the mounting box. The rear side of the driven gear meshes with the front side of the driving gear. A threaded rod is fixedly connected to the right side of the driven gear, and multiple rotating round rods are equidistantly mounted on the outer side of the threaded rod. In this utility model, when the motor is turned on, the driving gear drives the driven gear to rotate, and the threaded rod rotates accordingly. The left rotating round rod moves on the threaded rod, transmitting the motion to the right rotating round rod through a rotating long plate and connecting thin rod. The right rotating round rod drives the connecting plate and push plate to move, allowing the files to be quickly organized, thereby improving work efficiency.

This invention discloses a halogen-free flame-retardant paper for archival use and its integrated preparation method. Through in-situ synthesis of flame retardants, compound modification, pulp addition + impregnation composite papermaking, and continuous deep processing of archival supplies, a complete integrated production chain is achieved, from chemical raw materials to finished archival equipment. The paper produced by this invention is halogen-free and low-smoke, has an oxygen index ≥30%, is acid-free and aging-resistant, does not shed dust, does not yellow, and is self-extinguishing upon removal from flame. It is suitable for archival storage in archives, government agencies, and enterprises. The product is registered under the trademark "Ji Lu" and has advantages such as high safety, long lifespan, low cost, environmental stability, and high brand recognition, making it widely applicable in the field of archival equipment manufacturing.

A technique synchronizes garbage collection (e.g., lifecycle management) of point-in-time images or snapshots among multiple multi-cloud snapshot technology (MST) services of an archival storage system. Instances of the MST services are configured to provide storage and retrieval of large numbers (amounts) of snapshots (e.g., of recovery points) of application workloads stored on one or more shared buckets of an object store. The technique described herein allows performance of garbage collection operations on the snapshots in parallel among the multiple MST instances without communication or interference among the instances and in a manner that ensures correctness of the operations.

The present application provides a kind of human resources archives damp-proof storage device, it is related to archives storage technical field, including cabinet base;Cabinet base is hollow inside, multiple storage cabinets are placed on the top of cabinet base, the top of upper storage cabinet is equipped with sealing top cover;Cabinet base inside is placed with movable outer drawer, two bolts are connected outside movable outer drawer, timing switch is installed on the outside of movable outer drawer;Multiple tension springs are connected to the inside of movable outer drawer, multiple tension springs are connected with multiple-hole loading pocket between another end portion, multiple-hole loading pocket is located in movable outer drawer, drying agent is placed in the inside of multiple-hole loading pocket, vibration motor is installed in the bottom of multiple-hole loading pocket.The present application is driven by vibration motor and multiple-hole loading pocket produces regular vibration, increases the contact area of drying agent inside multiple-hole loading pocket and surrounding air, improves the drying effect in the inside of storage cabinet;Multiple storage cabinets are placed on the top of cabinet base by plug-in mode, allow to store according to actual human resources archives needs.

This invention relates to the field of archival management technology, specifically to an automated archival management method and system based on an archival robot. The method includes: the archival robot receiving management instructions from a management terminal; semantically parsing the content of the management instructions to obtain target feature data; searching a distributed index based on the target feature data to obtain a target archival identifier code matching the target feature data; the archival robot retrieving the metadata feature set of the corresponding target entity archival from the archival storage backend according to the target archival identifier code; and matching the metadata feature set with several historical management feature template libraries to obtain a target management strategy. This invention achieves automated archival management through an archival robot, reducing manual intervention and improving the efficiency and accuracy of archival management. Through semantic parsing of management instructions and matching of historical management features, the archival robot can intelligently select a suitable management strategy.

This invention relates to the field of archival storage protection technology, providing an RFID anti-interference reading and writing device for a closed environment based on adaptive frequency hopping. The device includes an intelligent cabinet with multiple spaced-apart partitions dividing the cabinet into several independent storage areas. Each partition includes a hollow partition, a hollow tube, a pressure plate, and two sealing plates slidably mounted on top of the hollow partition. The device also includes an air supply mechanism connected to the hollow interior of the partitions. When an archive is placed between two adjacent partitions, the pressure plates on both sides of the archive are pressed together. The pressure plates, through the hollow tube, drive the two sealing plates to slide back-to-back along the top of the hollow partition, releasing airflow nozzles of corresponding area according to the actual thickness of the archive. Dry airflow supplied by the air supply mechanism is ejected from the nozzles, forming an air wall between the archives. This invention separates adjacent archives through the air wall, dispersing accumulated moisture between archives, preventing cross-spread of mold spores, and improving the local airflow organization of the archive storage environment.

The application belongs to the technical field of file storage, and particularly relates to a file intelligent storage allocation method and system, which comprises the following steps: constructing a joint knowledge base composed of a file standard storage process sub-base, a historical storage scene information sub-base and a storage device resource information sub-base; constructing a demand depth optimization reasoning model, and performing deep retrieval on the knowledge base by using a fast association index; acquiring file and scene data in real time, and calculating the current environment safety level and file damage risk probability by using a safety evaluation model; based on the above evaluation results, generating an initial evaluation score and a storage strategy by using a comprehensive evaluation model; performing secondary matching retrieval by using the reasoning model to obtain an optimized storage allocation strategy; and finally dynamically adjusting storage resource allocation according to the optimized storage allocation strategy and real-time device state; the application realizes intelligent generation and adaptive adjustment of file storage strategies, and improves storage efficiency and safety.

Methods, systems, and devices for data management are described. Versioned metadata associated with a computing object may be stored in nonvolatile memory. The computing object may be represented as a portioned group that includes multiple portions of the computing object. The versioned metadata may be stored in a first metadata chain for the portioned group and respective metadata chains for the multiple portions. The versioned metadata may be transferred to an archival storage system, which may involve writing serialized metadata in the first metadata chain and the respective metadata chains to a local file one at a time. The serialized metadata for a metadata chain may be removed from volatile memory before all the versioned metadata has been loaded into the volatile memory. The local file may be written to the archival storage system after all the versioned metadata has been written to the local file.