54 results about "High density storage" patented technology

The invention discloses a high-density storage system order batch optimization method and system under uncertain factors. The method comprises the steps of obtaining order data and performing preprocessing; inputting the preprocessed data into an order batch sorting model, and carrying out order task allocation according to an output result; and the order batching model is established by combining customer order returning tendency prediction, fusing a dynamic decision rule and a batching clustering algorithm with capacity limitation and taking minimization of all order sorting completion time as an objective function. According to the method, the order batch sorting model fusing the dynamic decision rule and the batch clustering algorithm with capacity limitation is provided, the orders can be batched in real time according to the real-time arrival state and number of the orders and the capacity of the workbench in the order arrival process, the defect of fixed time window batch is avoided, resource allocation can be flexibly adjusted, and the efficiency of batch sorting is improved. The equipment utilization rate is effectively improved; and in combination with customer order returning tendency prediction, the order batch sorting result is more accurate and efficient.

This invention relates to an on-orbit high-density storage and supply device and method for electric propulsion working propellant, belonging to the field of spacecraft deep space exploration and on-orbit servicing technology, which can effectively save space and mass resources of spacecraft. The cooling circuit consists of a storage tank, a refrigerator, a pump, and an injection pipe connected sequentially; the pressurization circuit consists of a storage tank, a heating evaporator, and a third solenoid valve connected in a loop; and the gaseous working propellant circuit consists of a storage tank, a vaporizer, and a buffer chamber connected sequentially. This invention simplifies the complexity of the propulsion system and reduces potential failure risks, effectively supporting the application of high-power, high-specific-impulse, and long-life new electric propulsion technologies, providing important support for deep space exploration and on-orbit servicing missions.

The invention discloses a method for rapidly forming a nano pattern by using a block copolymer and application thereof. The method for rapidly forming the nano-pattern by using the block copolymer comprises the following steps: dissolving the polystyrene-polymethyl methacrylate block copolymer in a mixed solvent consisting of a low-boiling-point organic solvent and a high-boiling-point organic solvent, wherein the boiling point of the low-boiling-point organic solvent is lower than 150 DEG C, and the boiling point of the high-boiling-point organic solvent is lower than 150 DEG C; the boiling point of the high-boiling-point organic solvent is higher than 150 DEG C, the high-boiling-point organic solvent is spin-coated on the surface of a substrate to form a thin film, annealing and plasma etching are carried out, and the periodic nano-pattern is obtained. According to the method for rapidly forming the nano pattern by using the segmented copolymer, the annealing time is shortened to be within 5 min, the production efficiency is remarkably improved, the formed nano pattern is high in structural orderliness and low in defect rate, and the method is suitable for the fields of semiconductor guided self-assembly photoetching, nanoimprint template manufacturing, high-density storage device preparation and the like.

The application provides an intelligent high-density storage pharmacy and a medicine management method, which comprise a track robot, a grid track, a support, a charging device, a server, a medicine access channel and a medicine box. The track robot runs on the grid track. The grid track is laid on the storage pharmacy support. The vertical columns between the storage pharmacy supports form a derrick structure as a storage space of the storage pharmacy. The charging device is used for charging the track robot. The server is connected with the storage pharmacy. The track robot in the storage pharmacy runs to a specified position of a grid track layer according to a command signal sent by the server, and a lifting mechanism arranged in the track robot is used for storing and taking the medicine box in the storage area of the storage pharmacy. The medicine box is used for storing fixed medicines or medicines prepared by doctors. The bottom layer of the storage pharmacy is provided with the medicine access channel. The track robot takes out the medicine box according to the instruction of the server and completes the storage and taking of the medicines through the medicine access channel of the bottom layer of the storage pharmacy.

The invention discloses a terminal feeding device which comprises a feeding assembly, the feeding assembly comprises two oppositely-arranged guide frames, guide grooves are formed in the guide frames, and a material taking position and a plurality of feeding positions arranged in the horizontal direction and the vertical direction are arranged in the guide grooves; supporting blocks are arranged in the material supply positions, the outer walls of every two adjacent supporting blocks abut against each other, the outer walls of the supporting blocks abut against the inner walls of the guide grooves, a material supply seat for connecting the supporting blocks is arranged between the oppositely-arranged supporting blocks in the two guide frames, and a material supply cavity for allowing the terminals to be placed in is formed in the material supply seat; the feeding device further comprises a supporting frame, a driving assembly is arranged on the supporting frame, and the driving assembly is used for driving the supporting block to move in the direction of the inner edge of the guide groove so that the designated feeding base can reach or leave the material taking position. The multiple supporting blocks are tightly arranged in the feeding position of the guide groove to form a high-density storage array, the driving assembly drives the supporting blocks to move along the path limited by the inner edge of the guide groove, and the non-functional space is greatly compressed.

The application discloses a kind of biomimetic mineralization materials with high stable protection DNA and preparation method thereof.DNA molecule is self-assembled with divalent metal ion, and DNA / metal nanoparticle is obtained; polyelectrolyte layer is wrapped on the surface of DNA / metal nanoparticle by layer-by-layer assembly technology, and DNA / metal@LBL nanoparticle is obtained; polydopamine layer is deposited on the surface of DNA / metal@LBL nanoparticle, and DNA / Fe@LBL@PDA particle is obtained, which is biomimetic mineralization material with high stable protection DNA.The biomimetic mineralization material has the advantages of simple construction, high density and long-term stability, and can effectively protect the stability and integrity of DNA molecule in harsh external storage environment (such as ROS, high temperature, high salt, alkaline, humid, biological solvent and nuclease environment).The present application can provide technical support for DNA high-density storage and long-term stability storage, and has wide application value in the fields of biological medicine, genetic engineering, disease treatment and DNA storage.

The invention discloses a movable vertical circulating three-dimensional goods shelf carrying trolley. The trolley is based on the chain transmission structure optimization design of the vertical circulation stereo garage, the movable chassis and the mechanical claw taking and placing device are combined, and the problems that traditional storage equipment is low in space utilization rate, fixed in carrying path and insufficient in flexibility are solved. According to the technical scheme, a movable chassis carries a vertical circulation goods shelf system, vertical circulation storage and taking of carrying trays are achieved through a grooved wheel rail chain transmission mechanism, and accurate grabbing and releasing of goods are completed by integrating a telescopic mechanical claw driven by a motor. The system has the high-density storage advantage of a vertical circulation structure and the scene adaptability of mobile equipment, the storage space utilization rate and the cargo carrying efficiency can be remarkably improved, and the system is suitable for scenes such as production line material turnover.

The application discloses a kind of wind and light complementary calcium cycle thermochemical energy storage system multi-objective collaborative control method based on AI optimization, it is related to renewable energy storage technical field, the reversible carbonation reaction of calcium-based material (CaO / CaCO3) is used to realize the high-density storage and release of heat energy, the space-time prediction model of wind power, photovoltaic output is constructed by random forest algorithm, and the global optimization of system multi-objective is realized by combining improved particle swarm optimization algorithm.Compared with existing electrochemical energy storage and physical energy storage technology, the calcium cycle thermochemical energy storage of the application has the significant advantages of low energy storage cost, long energy storage time, long cycle life, abundant raw materials and the like.The results show that the annual power generation of the system after optimization reaches 223.67GWh, the cost of electricity per kilowatt-hour is reduced to 0.35 yuan / kWh, the annual carbon emission reduction is 167800 tons, and the investment recovery period is 7.34 years.The application provides an economical and efficient long-time energy storage solution for high-proportion renewable energy grid connection.

The invention discloses a tail end express station sorting in-out warehouse system based on a mechanical arm. The system comprises a clamping and transporting mechanism used for storing bagged express, a bidirectional opening mechanism used for locally forming a picking and placing window, an identification strip and coding point structure used for position identification, and the mechanical arm and a clamping and transporting device used for executing picking and placing actions. The clamping and transporting mechanism is provided with a clamping plate capable of elastically avoiding and a driven block structure, so that the express parcels are kept in a stable posture in the storage process; the two-way opening mechanism forms a taking and placing window with the controllable width at a target position through the synergistic effect of shifting sliding blocks on the two sides and a linear driver. The identification strips and the coding points form a passive position identification structure which is used for acquiring the number and spacing information of the clamping plates in real time; and the mechanical arm enters the window according to the recognition result and completes taking and placing operation through the flexible clamping and conveying device. According to the system, stable storage and accurate picking and placing of bagged express items can be achieved under the high-density storage condition, the invalid receding stroke is reduced, the space utilization rate and the system reliability are improved, and the system is suitable for automatic sorting and warehouse-in and warehouse-out scenes of tail end stations.

The invention discloses a high-density embedded dynamic random access on-chip cache device and an implementation method. The high-density embedded dynamic random access on-chip cache device comprises an improved read-out current difference enhanced high-density eDRAM storage array and a read-out circuit, the reading circuit comprises a group of two-step power gating sensing amplifiers and a reading time sequence control circuit; threshold voltage selection of an on-chip cache reading transistor is optimized, and the difference proportion of reading current when different values are stored is expanded; by optimizing the structure of the cache memory array, the influence of interference current is eliminated; and a two-step power gating sensing amplifier is designed, and the reading current resolution capability is improved and the power consumption is effectively controlled by accurately controlling the starting time of two stages of circuits with different characteristics in the sensing process. The on-chip cache technical scheme provided by the invention realizes good balance among data retention time, energy efficiency and storage density, and is particularly suitable for edge computing equipment and artificial intelligence application scenes with strict requirements on energy efficiency and storage capacity.

Various embodiments include a memory device that is capable of being configured with a wide data bus interface or a narrow data bus interface. The wide data bus interface is suitable for low-cost applications, such as smart phones and laptop computers. The narrow data bus interface is suitable for applications where high memory density is desirable, such as data servers in a data center. The wide data bus is twice the width of the narrow data bus width. In the narrow data bus configuration, the memory device transfers twice the number of data words in a single burst transfer relative to the wide data bus width configuration. As a result, the number of bits transferred in a single burst transfer is the same regardless of the configuration, thereby simplifying control logic of the memory device. The memory device can further accommodate various packaging options that facilitate high density memory designs.

The invention relates to the technical field of long-time novel heat energy storage, in particular to a Carnot cell energy storage device based on wind power photovoltaic photo-thermal waste heat and medium and low temperature phase change, which comprises a PVT photovoltaic photo-thermal assembly, a wind power generation unit, a waste heat source, a heat pump heating unit, a phase change heat storage and energy storage box and an ORC power generation circulation unit, the heat pump heating unit generates high-temperature heat energy through a high-temperature heat pump by using low-temperature heat sources such as clean electric power generated by solar photovoltaic and wind power generation and industrial waste heat; the phase change heat and energy storage box adopts a medium-low temperature phase change material to store heat energy at high density; the invention further provides a multi-mode operation method, the multi-mode operation method comprises a charging mode, an energy storage mode and a discharging mode, combined heat and power generation and direct heat energy supply of a user side are supported, the round-trip efficiency and the energy storage density of the energy storage system can be improved, the energy storage cost can be reduced, and the energy storage efficiency can be improved. The system is suitable for large-scale long-time energy storage and can fully utilize various medium and low temperature waste heat resources.

The utility model relates to intelligent warehousing technical field especially a kind of bar automatic access library, and bar placement component is made of several bar placement racks;Bar placement roller is installed in one end of bar placement component;Automatic grabbing device is used to automatically grab bar on bar placement roller, and bar is sent to the storage position of corresponding bar placement component;Automatic crane walks along the length direction of bar placement component, and the horizontal frame rotatable lifting spreader on automatic crane, lifting guide rail is installed on the both sides column of automatic crane along length direction, lifting assembly is installed on the top of automatic crane, and lifting assembly is connected with rotatable lifting spreader, to drive rotatable lifting spreader along lifting guide rail lifting.Collect logistics, interconnection, scientific management as a whole, through the precise mechanical structure, control system, realize the high-density storage and automation of bar and access, improve efficiency, reduce artificial cost and error rate, adapt to various diameter and length of bar, improve storage quantity.

Various embodiments include a memory device that is capable of being configured with a wide data bus interface or a narrow data bus interface. The wide data bus interface is suitable for low-cost applications, such as smart phones and laptop computers. The narrow data bus interface is suitable for applications where high memory density is desirable, such as data servers in a data center. The wide data bus is twice the width of the narrow data bus width. In the narrow data bus configuration, the memory device transfers twice the number of data words in a single burst transfer relative to the wide data bus width configuration. As a result, the number of bits transferred in a single burst transfer is the same regardless of the configuration, thereby simplifying control logic of the memory device. The memory device can further accommodate various packaging options that facilitate high density memory designs.

The utility model discloses a kind of multi-layer tray box structures, it is related to tray box technical field, including multi-layer tray box structure, including box and layered storage unit: box: rear side is provided with shell, the both sides in the shell interior are fixed with linear motor, the inner side of linear motor mobile base is connected with the end of support, the rear side of support is equipped with electric push rod, the front side end of electric push rod is connected with the middle part of pusher plate rear side, the shell is communicated with box arrangement;Layered storage unit: contain placement board, board groove, side plate, antiskid pad, placement seat, spring and press frame, the board groove is opened in the inside of box, this multi-layer tray box structure, by integrated automatic pushing and intelligent detection structure, the high-density storage of material, automation is accessed, significantly improve space utilization and operation efficiency, especially suitable for SMT production line small batch, flexible production demand of many varieties.

The application belongs to the technical field of microelectronic devices, and particularly relates to a non-volatile ZnO thin film memristor and a preparation method thereof. The device structure comprises: a ZnO thin film intermediate resistive layer prepared by a sol-gel method, FTO as a device bottom electrode, and an electrode layer deposited by a magnetron sputtering film technology to form an upper electrode of the device. The self rectification characteristic of the device can well solve the leakage current problem in a three-dimensional array, and also avoids problems such as high cost, complex structure and inability to realize miniaturization caused by additional rectifier devices of the device, and provides a simple and efficient solution for the realization of high-density multi-value storage of the memristor. The ZnO thin film memristor adopts a W / ZnO / FTO device structure, and through ordered regulation of the limited current of the device, controllable modulation of non-volatile self-rectification multi-value storage of the device is realized, and the ZnO thin film memristor has important development prospects in the application of the next generation of non-volatile high-density memory.

The utility model provides an injection storing and discharging mechanism which is characterized by comprising a medicine storing mechanism, a reciprocating mechanism, a ratchet wheel rotating mechanism and injections. The medicine storage mechanism comprises a base, a top cover, a front gear, a rear gear and a toothed belt, the base is placed in a horizontal state and is provided with an upward opening, the front gear, the rear gear and the toothed belt are arranged in the base, an injection storage position is formed between the toothed belt and the base, and injections are orderly arranged in the injection storage position; the base is fixedly connected with the top cover, and the top cover is connected with the front gear and the rear gear. The reciprocating mechanism and the ratchet wheel rotating mechanism are arranged at the bottom of the medicine outlet end of the medicine storage mechanism. The injection storing and discharging mechanism is innovative in design and simple in structure, and high-density storage and accurate discharging of injections are achieved.

The invention provides a pressure change memory. Each pressure change memory unit comprises a first electrode, a first dielectric layer, a memory function layer, a second dielectric layer and a second electrode which are sequentially arranged from top to bottom, the storage function layer has an amorphous characteristic and a defect state with the concentration higher than 10 < 14 > cm <-3 >, and the component is selected from a sulfur threshold switch material, an oxide, a nitride or a solar cell material. The device realizes controllable offset of threshold voltage under the action of forward and reverse electric fields, and takes the voltage difference as a read-write window, thereby realizing nonvolatile information storage. Through asymmetric structure design, storage function layer multi-layer design or PN junction introduction, a read-write window can be further expanded, and the reliability of data discrimination is improved. The memory is simple in structure and easy to integrate, has the characteristics of high speed and low power consumption, and is suitable for three-dimensional stacked high-density storage application.

To speed up the performance of a storage device composed of memory chips having high-density but low-speed cells.SOLUTION: A solid state drive (SSD), which is a storage device, includes a controller and a plurality of flash memory chips. The plurality of flash memory chips includes a three dimensional stack of multi-bit storage cells, the multi-bit storage cells having a plurality of storage density modes. The controller programs the multi-bit storage cells in a low density storage mode up to a storage capacity threshold of the storage device of at least 25% and programs the multi-bit storage cells in a high density storage mode once the storage capacity threshold is reached.SELECTED DRAWING: Figure 4

According to the technical scheme, the MCAM storage unit is characterized in that the MCAM storage unit is composed of five transistors and a multi-level unit resistive random access memory. The second aspect of the technical scheme of the invention is to disclose a multi-bit content addressable memory which is characterized by comprising an MCAM storage array consisting of the MCAM storage units. Aiming at the problems that a traditional CAM based on an SRAM or a single-bit storage unit is large in unit area, limited in bit density, difficult to support multi-state matching and similarity search and the like, the invention provides a novel architecture based on an RRAM, by optimizing a storage unit structure and an input circuit, the storage density and the matching precision are remarkably improved, and the reliability of the CAM is improved. And multi-state Hamming distance operation is supported. The technology disclosed by the invention is suitable for calculation scenes needing high-density storage and high-parallel approximate search, such as artificial intelligence retrieval accelerators, gene sequence alignment, vector database search, network classification and the like.

This invention discloses an intelligent automated pharmacy system and its operation method, relating to the fields of automated warehousing and medical equipment technology. The system mainly includes a control center, and communication-connected inbound processing unit, core storage and retrieval unit, and outbound verification unit. The inbound processing unit acquires multi-dimensional features of medicines through multi-faceted visual scanning and generates binding data. The core storage and retrieval unit includes first and second storage locations arranged at a preset angle, and a centrally located robotic arm. The robotic arm performs high-speed point-to-point storage and retrieval across storage locations within a fan-shaped operating area defined by the two storage locations. The outbound verification unit uses visual acquisition components to perform feature comparison and closed-loop verification of outbound medicines. This invention effectively solves the problems of low scheduling efficiency, poor space utilization, and lack of real-time error correction in traditional equipment by reconstructing the mechanical spatial layout and kinematic trajectory, combined with a dynamic storage location allocation algorithm and a full-process visual error prevention mechanism, achieving high-density storage, rapid scheduling, and zero-error dispensing of medicines.

Methods and systems related to computer memory are disclosed herein. The memory according to the present disclosure may be a multi-valued memory in which each storage element of the memory may store a plurality of values compared to a standard binary storage element. The memory may include a decoder neural network and an encoder neural network to de-noise values in the memory. Various methods disclosed herein overcome design constraints that would otherwise limit the density of such memories.

The application discloses a nitride non-volatile multi-value logic memory and a manufacturing method, and mainly solves the problems of poor durability, high delay and large leakage of the existing nitride non-volatile memory. The memory comprises a substrate, a nucleation layer, a channel layer, a floating gate layer, a first barrier layer, a first quantum well layer, a second barrier layer, an isolation layer and a gate contact layer from bottom to top. The first barrier layer, the first quantum well layer and the second barrier layer form a first resonant tunneling diode, and a series layer, a third barrier layer, a second quantum well layer and a fourth barrier layer are arranged between the second barrier layer and the isolation layer, the third barrier layer, the second quantum well layer and the fourth barrier layer form a second resonant tunneling diode, source electrodes and drain electrodes are arranged on both sides of the floating gate layer, a gate electrode is arranged on the gate contact layer, and a triode structure device is formed. The application can increase the current difference of writing and erasing, reduce the delay and leakage, easily realize the multi-value logic state, and can be used for high-density storage and multi-value logic circuits.

The application discloses a multi-mode temperature correction scheme for resistive switching memory, which firstly performs mathematical modeling on the temperature characteristics of a resistive switching device, deduces a relationship between column current and actual current of a memory array, and then obtains a corresponding temperature correction formula to correct the reading current. The correction scheme is suitable for both single-device selection mode and multi-device selection mode, and can effectively improve the reliability of memory reading under high temperature conditions. The application further introduces a parallel structure to save the additional time cost caused by implementing the correction scheme. The application has important value in high-density storage and computing-in-memory applications.

A device includes a plurality of memory cells, each including a diffusion region and a plurality of transistors. The diffusion region is formed over a substrate. Each transistor is fabricated over the diffusion region and includes one or more source / drain contacts and one or more gate regions. The source / drain contacts and the gate regions are arranged along a first direction, each extend in a second direction transverse to the first direction, and overlap the diffusion region in a third direction transverse to the first and second directions. The gate regions of an adjacent pair of memory cells are free of a source / drain contact therebetween and have substantially the same contact poly pitch (CPP) as an adjacent pair of gate regions of a memory cell.

The invention discloses intelligent management equipment for a high-precision wear-resistant wafer cutting dicing blade. The intelligent management equipment comprises a cabinet body, a transfer device, a feeding assembly, a discharging assembly and a material frame. The transfer device is arranged in the center of the interior of the cabinet body and can rotate forwards and backwards; the feeding assembly is movably arranged on the first side of the cabinet body in a drawable mode. The discharging assembly is arranged on the second side, adjacent to the feeding assembly, of the cabinet body. The material frames are arranged on the other side, opposite to the feeding and discharging assembly, in the cabinet body and arranged in a circumferential array mode. Through optimized space layout and automatic control, high-density storage, rapid and accurate access, whole-process information tracing and unqualified product zoning management of precise materials such as scribing knives are achieved, and the warehouse management efficiency and reliability are effectively improved.

The invention discloses an image compression storage system and method based on an MOS synaptic array, and the system comprises an input module which is used for receiving an input image and transmitting the input image to a coding module; the coding module is used for coding an input picture and generating compressed data; the storage module is used for storing the compressed data generated by the encoding module; the decoding module is used for reading the compressed data from the storage module, reconstructing an original image and transmitting the original image to the output module; the output module is used for outputting the original image; each module runs in an MOS synapse array composed of a plurality of MOS synapse nerve units, each MOS synapse nerve unit is composed of two NMOS tubes, and the body of one NMOS tube is connected to the drain electrode of the other NMOS tube. The method has the advantages of low power consumption and high-density storage, is easy to integrate, and has high adaptability, high stability, high calculation efficiency and good flexibility and expandability.

The utility model provides a solvent storing and feeding device which is characterized by comprising a feeding mechanism, the feeding mechanism is provided with a moving plate, transmission belts are arranged on two sides of the moving plate, the moving plate and the transmission belts are fixedly connected and move synchronously, and a solvent storing area is formed between the moving plate and the transmission belts and used for storing solvents. The solvent storage and feeding device disclosed by the utility model is innovative in design and simple in structure, not only realizes high-density storage of the solvent, but also can effectively prevent the solvent from inclining due to friction between the solvent and the side edge in the feeding process.