37results about How to "Meet different storage needs" patented technology

The invention discloses a hybrid memory device, and a control method and a preparation method thereof. The hybrid memory device comprises a ferroelectric memory cell and a resistance random access memory cell formed on a drain electrode of the ferroelectric memory cell. The hybrid memory device is switched between the two memory modes. In a first memory mode, the resistance random access memory cell is used as a memory module and the ferroelectric memory cell is used as a gating module; and in a second memory mode, the resistance random access memory cell is in a low resistance state and the ferroelectric memory cell is used as used as the memory module. The hybrid memory device takes the advantages of a FeRAM memory mode and an RRAM memory mode comprehensively and two different modes are realized on a single chip, thereby meeting memory needs of different modes.

The invention discloses a multi-disk-cabin hard disk array system consisting of a double-layer controller. The system comprises an RAID (Redundant Array of Independent Disk) main system and at least one RAID subsystem, wherein the RAID main system is connected with all RAID subsystems through hard disk interfaces; each RAID subsystem comprises at least one hard disk and a controller; the controller is used for managing the hard disk, protecting hard disk data and providing a virtual storage space for the RAID main system; the RAID main system comprises a controller for uniformly managing storage spaces, provided by all RAID subsystems, serving as independent hard disks; and different RAID levels are configured to provide storage spaces for a user. By adopting the multi-disk-cabin hard disk array system, the technical problems of long recovery time and influence on system usability, caused by the need of calculating relevant data of an entire hard disk array for data recovery when one hard disk or subsystem in the hard disk array system fails, in the prior art are solved, and the system is particularly suitable for storing mass data.

The invention discloses a bottle frame assembly and a refrigerator with the same. The bottle frame assembly includes a first bottle frame and a second bottle frame. The first bottle frame includes a first shell and a second shell. The first storage space, the second storage space is provided in the second bottle frame, the second bottle frame is movable relative to the first bottle frame, when the second bottle frame is in the first use position, the second bottle frame and the first The bottle frame is adjacently arranged, the second housing is at the storage position, and when the second bottle frame is at the second use position, the second bottle frame moves relative to the first housing to form a gap between the second bottle frame and the first housing. In the deployment space, the second casing is adapted to move to the deployment space and be located at the deployment position, and a third storage space is formed in the second casing. According to the bottle frame assembly of the present invention, different storage requirements of personnel are met.

The invention provides a shelf component for a refrigerator. The shelf component comprises a shelf, and a steel wire, wherein the steel wire includes a wine bottle shelving section; one end of the steel wire is connected with the left side of the shelf in a pivoting manner; the other end of the steel wire is connected with the right side of the shelf in the pivoting manner, so that the wine bottle shelving section of the steel wire is shifted between a first position and a second position; the first position is attached to the upper end face of the shelf; the second position is separated at a preset distance from the upper end face of the shelf. Different storage requirements can be met by change of the putting position of the steel wire; the steel wire is put at the second position when the wind bottle needs to be put on the shelf component; the shelf component can be used for storing the wine bottle; the steel wire is arranged at the first position when the wine bottle does not need to be put on the shelf component; the shelf component can be used for storing other objects. Therefore, the use of the shelf can be diversified; the utilization rate of a refrigerating space of the refrigerator is improved.

The invention provides a refrigerator, a wine rack for the refrigerator and a storage box assembly. The wine rack comprises a first rack body and a second rack body, wherein one end of the second rack body is movably connected with one end of the first rack body; the first rack body and the second rack body can switch to each other between a mutual approaching position and a position far away from each other. According to the wine rack provided by the invention, as the first rack body and the second rack body are movably connected, the position of the rack body can be adjusted according to the shape and size of an article inside the box body at will, the internal space of the box body can be reasonably planned, different articles can be placed in virtue of classification to prevent the reaction among different articles.

The invention relates to the technical field of radio frequency identification technology application and development and discloses an RFID (Radio Frequency Identification) based mechanical and electrical product recovery method. The RFID based mechanical and electrical product recovery method comprises a disassemble data establishing method and a disassemble recovery scheme automatic generation method; the disassemble data establishing method comprises establishing RFID based data on mechanical and electrical products; the disassemble recovery scheme automatic generation method seeks a near optimal disassemble process through the RFID data. The RFID based mechanical and electrical product recovery method has the advantages of timely updating the product information, being flexible in information storage and convenient to obtain information, not being enslaved to the influence that the remote information is difficult to obtain and simplifying a system framework and improving the system reliability due to the fact that dynamic information is stored inside the mechanical and electrical product locality.

The invention provides a refrigerator comprising a refrigerating chamber, at least one partition plate and at least one shelf. The refrigerating chamber is a cavity with an opening being formed in one side; the partition plates are slidably arranged between the upper and lower inner walls of the cavity; the shelves are arranged in the cavity and located between the inner wall of the cavity and the at least one partition plate; the at least one shelf is used for placing objects; and the at least one partition plate can be drew and pulled toward the opening direction. According to the refrigerator, the at least one shelf can be pulled or pushed along with the at least one partition plate, it is convenient for a user to clean the objects inside the refrigerating chamber, and the operation time of the user is shortened; and furthermore, the at least one partition plate is slidably arranged between the upper and lower inner walls of the cavity and divides the interior of the cavity into one or more storage spaces, it is convenient for the user to put the different objects in the different storage spaces according to the actual usage requirement, the utilization rate of the interior space of the refrigerating chamber is increased, the time of opening the refrigerator is shortened, and energy consumption is reduced.

The invention discloses an intelligent gun location device for a bullet cabinet. The intelligent gun location device comprises gun rests, gun rest seats and a corresponding stepless regulation locater, wherein each gun rest is provided with a containing groove, and each gun rest seat is connected with the corresponding gun rest through a corresponding guiding ad connecting device; the stepless regulation locater comprises a stepless regulation locating plate and multiple corresponding regulation slide blocks, wherein multiple guide grooves are formed in the stepless regulation locating plate, the multiple regulation slide blocks correspond to the guide grooves respectively and are located at the back side of the stepless regulation locating plate, and each gun rest seat is connected with the corresponding regulation slide block through the corresponding guide groove in the stepless regulation locating plate and the corresponding connecting device. The intelligent gun location device for the bullet cabinet is simple, scientific and reasonable in structure and capable of achieving storage of guns of different lengths, sizes, specifications, models and other varieties.