Computer storage system
By introducing data storage units, private data storage units and storage quick management units into the computer storage system, and using technologies such as data hiding modules and shortcut key binding modules, the problem of insufficient security of private data is solved, and dual guarantees and efficient management are achieved.
Patent Information
- Application Number
- CN202311563636.2
- Authority / Receiving Office
- CN · China
- Patent Type
- Applications(China)
- Current Assignee / Owner
- Filing Date
- 2023-11-22
- Publication Date
- 2025-07-25
AI Technical Summary
After hiding private data, existing computer systems cannot be effectively guaranteed and are easily restored through known recovery methods.
Using data storage units, private data storage units and storage quick management units, the activation keys and passwords are set through technical means such as data hiding modules, matching hidden modules, shortcut key binding modules, etc., to ensure the security of private data, and simplify data management through the quick management interface.
It realizes dual guarantees for private data, reduces the system's real-time key recognition processing volume, and improves the efficiency and security of data management.
Smart Images
Figure CN120372670A_ABST
Abstract
Description
Technical Field
[0001] The present invention relates to the technical field of computer data storage, and in particular to a computer storage system. Background Art
[0002] The storage system refers to the system in the computer composed of various storage devices for storing programs and data, control components, and equipment (hardware) and algorithms (software) for managing information scheduling. The core of the computer storage system is the memory, which is an indispensable memory device in the computer for storing programs and data.
[0003] Existing computer systems generally have a private data hiding module that directly hides the folder. After hiding, it is generally restored by a single method. Therefore, in this restoration method, the hiding step of the hidden data is redundant, and it can only reduce the presence of the data to a certain extent, making it difficult to be discovered. However, if others use the restoration method to restore it, it will be displayed again, resulting in the security of private data not being guaranteed. Summary of the invention
[0004] The invention discloses a computer storage system, aiming to solve the technical problem that the security of private data cannot be guaranteed.
[0005] In order to achieve the above object, the present invention adopts the following technical solutions:
[0006] A computer storage system includes a data storage unit, a private data storage unit and a storage quick management unit, wherein the data storage unit is used to store and integrate all data in the computer, the private data storage unit is used to store private data that needs to be hidden, and the storage quick management unit is used to quickly select and manage the stored data;
[0007] The private data storage unit includes a data hiding module, a matching hiding module, a display command editing module, a shortcut key binding module, a display command reading module and a file display module. The data hiding module is used to hide private data. The matching hiding module is used to match the display path of the hidden data, including a disk data display module and data cleaning software provided by the computer system. The display command editing module is used to edit commands for displaying hidden files. The shortcut key binding module is used to set shortcut keys and bind shortcut keys to display commands. The display command reading module is used to identify shortcut keys to read display commands. The file display module is used to display hidden files after identifying display commands.
[0008] The shortcut key binding module includes an activation key setting module, a character number setting module and a password setting module;
[0009] The activation key setting module is used to set the activation key at the beginning of the shortcut key, the character number setting module is used to set the number of characters of the password, and the password setting module combines letters and numbers into the corresponding password based on the set number of password characters.
[0010] By setting up a private data storage unit, in the private data storage unit, the data is hidden in the computer through the data hiding module and the matching hiding module, and at the same time, the data traces in the system's built-in disk data display module and the data cleaning software are synchronously hidden, and this hiding cannot be restored by known restoration methods. Then, the shortcut key binding module is used to set the shortcut key for displaying the data, and the shortcut key includes the activation key and the password. The activation key is generally composed of special keys such as the Shift key and the Enter key, and single-key and multi-key combination selections can be made, and the number of consecutive clicks can be set as the activation key. Thus, when the activation key is authenticated, the password is then authenticated, which not only provides double protection for private files but also reduces the real-time key recognition processing volume of the system, thereby effectively ensuring the security of private data.
[0011] In a preferred solution, the storage shortcut management unit includes a shortcut management interface operation module, a shortcut management interface export module, a category selection module, an automatic cleaning setting module, and a manual cleaning setting module. The shortcut management interface operation module is used to run and present the shortcut management interface. The shortcut management interface export module is used to export the shortcut management interface through a specific path. The category selection module is used to select the data category in the shortcut management interface. The automatic cleaning setting module is used to select specific category data for automatic cleaning. The manual cleaning setting module is used to select specific category data for manual cleaning. The shortcut management interface operation module includes an interface format setting module, a memory capacity real-time import module, a hidden data sorting and display module, a category classification import module, and an attribute automatic matching module. The interface format setting module is used to set the display format of the shortcut management interface. The memory capacity real-time import module is used to real-time import and display the memory capacity in the computer into the shortcut management interface. The hidden data sorting and display module is used to sort the hidden data and display it on the shortcut management interface. The category classification import module is used to extract the major categories of data in different memories and only display the categories on the interface, and match the displayed categories as shortcut keys. The attribute automatic matching module is used to identify the type of the category and display the type.
[0012] By setting up a storage quick management unit, a quick management interface is set up through the storage quick management unit. Users can directly identify the number of categories and the category names in the storage through the quick management interface. While solving the problem that the category names are complex or all in English, which makes them difficult to identify, it also quickly manages the unnecessary data by reducing the amount of display data processing and shortening the data presentation time.
[0013] In a preferred solution, the hidden data sorting and display module includes a virtual storage display module, a virtual storage hiding module, a hidden data size import module, a color differentiation module, and a memory capacity automatic deletion module. The virtual storage display module creates a virtual storage for summarizing hidden data. The virtual storage hiding module is used to hide the virtual storage based on known display methods. The hidden data size import module is used to extract the hidden data categories and their sizes and import them into the virtual storage for display. The color differentiation module is used to display the data in different storages with different colors. The memory capacity automatic deletion module is used to automatically subtract the size proportion of virtual data from the capacity display of the real storage and not display the virtual data in this storage.
[0014] By setting up a hidden data sorting and display module, where a virtual storage is set up, it can assist in the memory processing of the real storage. Under this structure, the hidden data can be displayed, avoiding forgetting the hidden data after long-term use, and at the same time, it can reduce the presence sense of the hidden data categories and assist in hiding the hidden data.
[0015] As can be seen from the above, a computer storage system includes a data storage unit, a private data storage unit, and a storage quick management unit. The data storage unit is used to store and integrate all data in the computer. The private data storage unit is used to store private and hidden data. The storage quick management unit is used to quickly select and manage the stored data. The private data storage unit includes a data hiding module, a matching hiding module, a display command editing module, a shortcut key binding module, a display command reading module, and a file display module. The data hiding module is used to hide private data. The matching hiding module is used to match the display path of the hidden data, including the built-in storage data display module and data cleaning software in the computer system. The display command editing module edits the command for displaying hidden files. The shortcut key binding module is used to set shortcut keys and bind the shortcut keys to the display commands. The display command reading module is used to identify the shortcut keys to read the display commands. The file display module is used to display the hidden files after identifying the display commands. The shortcut key binding module includes an activation key setting module, a character count setting module, and a password setting module. The computer storage system provided by the present invention has the technical effect of effectively ensuring the security of private data. Brief Description of the Drawings
[0016] Figure 1 FIG. is a schematic diagram of the overall structure of a computer storage system proposed by the present invention.
[0017] Figure 2 FIG. is a schematic diagram of the structure of a private data storage unit of a computer storage system proposed by the present invention.
[0018] Figure 3 FIG. is a schematic diagram of the structure of a shortcut key binding module of a computer storage system proposed by the present invention.
[0019] Figure 4 FIG. is a schematic diagram of the structure of a storage shortcut management unit of a computer storage system proposed by the present invention.
[0020] Figure 5 FIG. is a schematic diagram of the structure of a shortcut management interface operation module of a computer storage system proposed by the present invention.
[0021] Figure 6 FIG. is a schematic diagram of the structure of a hidden data sorting and display module of a computer storage system proposed by the present invention. Detailed Description of the Invention
[0022] Next, the technical solutions in the embodiments of the present invention will be clearly and completely described in conjunction with the accompanying drawings in the embodiments of the present invention. Obviously, the described embodiments are only a part of the embodiments of the present invention, rather than all of the embodiments.
[0023] A computer storage system disclosed by the present invention is mainly applied to the scenario of computer data storage.
[0024] Refer to Figures 1-3A computer storage system includes a data storage unit, a private data storage unit and a storage shortcut management unit. The data storage unit is used to store and integrate all data in the computer. The private data storage unit is used to store private data that needs to be hidden. The storage shortcut management unit is used to quickly select and manage the stored data; the private data storage unit includes a data hiding module, a matching hiding module, a display command editing module, a shortcut key binding module, a display command reading module and a file display module. The data hiding module is used to hide private data. The matching hiding module is used to match the display path of the hidden data, including the computer system's own disk data display module and data cleaning software. The display command editing module is used to edit commands for displaying hidden files. The shortcut key binding module is used to set shortcut keys and bind shortcut keys to display commands. The display command reading module is used to identify shortcut keys to read display commands. The file display module is used to display hidden files after identifying the display command; the shortcut key binding module includes an activation key setting module, a character number setting module and a password setting module. In the private data storage unit, the data is hidden in the computer through the data hiding module and the matching hiding module, and the data traces in the system's own disk data display module and the data cleaning software are synchronously hidden, and the hiding cannot be restored by a known recovery method. Then, the shortcut key for displaying data is set through the shortcut key binding module, and the shortcut key includes an activation key and a password. The activation key is generally composed of special keys such as the Shift key and the Enter key, and a single-key or multi-key combination can be selected, and the number of consecutive clicks can be set as the activation key. Therefore, after the activation key is authenticated, the password is authenticated. While providing double protection for private files, it also reduces the system's real-time key recognition processing volume, thereby effectively ensuring the security of private data.
[0025] Reference Figure 3 In a preferred embodiment, the activation key setting module is used to set the activation key for the first position of the shortcut key, the character number setting module is used to set the number of characters in the password, and the password setting module combines letters and numbers into a corresponding password based on the set number of characters in the password.
[0026] Reference Figure 4 In a preferred embodiment, the storage quick management unit includes a quick management interface running module, a quick management interface export module, a category selection module, an automatic cleaning setting module and a manual cleaning setting module. The quick management interface running module is used to run and present the quick management interface, and the quick management interface export module is used to export the quick management interface through a specific path.
[0027] Reference Figure 4, in a preferred embodiment, the category selection module is used to select the data categories in the quick management interface, the automatic cleaning setting module is used to select the data of specific categories for automatic cleaning, and the manual cleaning setting module is used to select the data of specific categories for manual cleaning.
[0028] Refer to Figure 5 , in a preferred embodiment, the quick management interface operation module includes an interface format setting module, a memory capacity real-time import module, a hidden data sorting and display module, a category classification import module, and an attribute automatic matching module. The interface format setting module is used to set the display format of the quick management interface, and the memory capacity real-time import module is used to import the memory capacity in the computer into the quick management interface in real time and display it.
[0029] Refer to Figure 5 , in a preferred embodiment, the hidden data sorting and display module is used to sort the hidden data and display it on the quick management interface. The category classification import module is used to extract the major categories of data in different memories and only display the categories on the interface, and match the displayed categories to shortcut keys. The attribute automatic matching module is used to identify the type of the category and display the type. Through the storage quick management unit, a quick management interface is set up. The quick management interface is connected to the data storage unit and directly displays the capacity of each storage disk in real time on the quick management interface. At the same time, the proportion of the category capacity in each storage disk is not directly displayed, and only the category name is displayed in the quick management interface. For example: WeChat, only display that WeChat is in the computer's C drive, without displaying its proportion and size. At the same time, it is automatically identified as a communication software by the attribute automatic matching module and bound. Under this display structure, users can directly quickly identify the number of categories and the category name in the storage disk through the quick management interface. While solving the problem that the category name is complex or all in English and difficult to identify, it also quickly manages the unnecessary data by reducing the amount of display data processing and shortening the data presentation time.
[0030] Refer to Figure 6 , in a preferred embodiment, the hidden data sorting and display module includes a virtual storage disk display module, a virtual storage disk hiding module, a hidden data size import module, a color differentiation module, and a memory capacity automatic deletion module. The virtual storage disk display module is to establish a virtual storage disk for summarizing hidden data, and the virtual storage disk hiding module is used to hide the virtual storage disk based on the known display method.
[0031] Refer to Figure 6In a preferred embodiment, the hidden data size import module is used to extract the hidden data category and the data size and import them into the virtual storage disk for display, the color differentiation module is used to display the data of different storage disks by different colors, and the memory capacity automatic deletion module is used to automatically subtract the size ratio of the virtual data in the capacity display of the real storage disk, and does not display the virtual data in the storage disk, wherein a virtual storage disk is set up and the storage disk is hidden by a known display method, and the hidden data is differentiated by color so that its storage location can be displayed, thereby assisting the memory processing of the real storage disk. Under this structure, the hidden data can be displayed to avoid forgetting the hidden data after long-term use, and the presence of the hidden data category can be reduced to assist in hiding the hidden data.
[0032] Working principle: In the private data storage unit, the data is hidden in the computer through the data hiding module and the matching hiding module, and the data traces in the system's own disk data display module and the data cleaning software are hidden synchronously, and the hiding cannot be restored by known recovery methods. Then, the shortcut key binding module is used to set the shortcut key for displaying data, and the shortcut key includes an activation key and a password. The activation key is generally composed of special keys such as the Shift key and the Enter key. A single-key or multi-key combination can be selected, and the number of consecutive clicks can be set as the activation key. Therefore, after the activation key is authenticated, the password is authenticated. While providing double protection for private files, it also reduces the system's real-time key recognition processing capacity, thereby effectively ensuring the security of private data. At the same time, a quick management interface is provided through the storage quick management unit. The quick management interface is connected to the data storage unit, and the capacity of each disk is directly put into the quick management interface in real time. It is displayed. At the same time, the capacity ratio of each category in the disk is not directly displayed, and only the category name is displayed in the quick management interface. For example, WeChat only displays WeChat in the computer C drive, and does not display its proportion and size. At the same time, it is automatically identified as communication software through the attribute automatic matching module and bound to it. Under this display structure, users can directly use the quick management interface to quickly identify the number of categories in the disk and the category name. While solving the problem of complex category names or all-English names that are difficult to identify, it also reduces the display data processing volume and shortens the data presentation time to quickly manage unnecessary data. Among them, a virtual disk is set and the disk is hidden with a known display method. The hidden data is distinguished by color so that its storage location can be displayed, thereby assisting the memory processing of the real disk. Under this structure, hidden data can be displayed to avoid forgetting hidden data under long-term use. At the same time, it can also reduce the presence of hidden data categories and assist in hiding hidden data.
[0033] The above are only the preferred specific embodiments of the present invention, but the protection scope of the present invention is not limited thereto. Any person skilled in the art within the technical scope disclosed by the present invention, according to the technical solution and inventive concept of the present invention, making equivalent substitutions or changes, shall be covered by the protection scope of the present invention.
Claims
1. A computer storage system, comprising a data storage unit, a private data storage unit, and a storage shortcut management unit, characterized in that, The data storage unit is used to store and integrate all data in the computer, the private data storage unit is used to store private data that needs to be hidden, and the storage quick management unit is used to quickly select and manage the stored data; The private data storage unit includes a data hiding module, a matching hiding module, a display command editing module, a shortcut key binding module, a display command reading module and a file display module. The data hiding module is used to hide private data. The matching hiding module is used to match the display path of the hidden data, including a disk data display module and data cleaning software provided by the computer system. The display command editing module is used to edit commands for displaying hidden files. The shortcut key binding module is used to set shortcut keys and bind shortcut keys to display commands. The display command reading module is used to identify shortcut keys to read display commands. The file display module is used to display hidden files after identifying display commands. The shortcut key binding module includes an activation key setting module, a character number setting module and a password setting module.
2. The computer storage system according to claim 1, wherein The activation key setting module is used to set the activation key for the first position of the shortcut key, the character number setting module is used to set the number of characters in the password, and the password setting module combines letters and numbers into a corresponding password based on the set number of characters in the password.
3. A computer storage system according to claim 1, wherein, The storage quick management unit includes a quick management interface running module, a quick management interface export module, a category selection module, an automatic cleaning setting module and a manual cleaning setting module. The quick management interface running module is used to run and present the quick management interface, and the quick management interface export module is used to export the quick management interface through a specific path.
4. A computer storage system according to claim 3, wherein The category selection module is used to select data categories in the quick management interface, the automatic cleaning setting module is used to select data of a specific category for automatic cleaning, and the manual cleaning setting module is used to select data of a specific category for manual cleaning.
5. A computer storage system according to claim 4, wherein The quick management interface operation module includes an interface format setting module, a memory capacity real-time import module, a hidden data sorting and display module, a category classification import module and an attribute automatic matching module. The interface format setting module is used to set the display format of the quick management interface, and the memory capacity real-time import module is used to import the memory capacity in the computer into the quick management interface in real time and display it.
6. A computer storage system according to claim 5, wherein, The hidden data sorting and display module is used to sort the hidden data and display it on the quick management interface. The category classification import module is used to extract the major categories of data in different memories, and only display the categories on the interface, and match the displayed categories as shortcut keys. The attribute automatic matching module is used to identify the type of category and display the type.
7. A computer storage system according to claim 6, wherein, The hidden data sorting and display module includes a virtual disk display module, a virtual disk hiding module, a hidden data size import module, a color differentiation module, and a memory capacity automatic deletion module. The virtual disk display module creates a virtual disk for summarizing hidden data, and the virtual disk hiding module is used to hide the virtual disk based on known display methods.
8. A computer storage system according to claim 7, wherein, The hidden data size import module is used to extract hidden data categories and their sizes and import them into the virtual disk for display. The color differentiation module is used to display data in different disks in different colors. The memory capacity automatic deletion module is used to automatically subtract the size proportion of virtual data from the capacity display of the real disk and does not display the virtual data in this disk.