45results about How to "Increase cache space" patented technology

The invention provides a medicine temporary storage device and aims at solving the problems that an existing medicine temporary storage device in the prior art is inconvenient to use and tedious in operation, a medicine dispenser and a medicine taker need multiple communications, working efficiency in a medicine distribution process is low, and the like. The medicine temporary storage device comprises a loading mechanism used for loading medicine, a storage cabinet used for storing the medicine, and a conveying mechanism used for conveying the medicine loaded in the loading mechanism into the storage cabinet, wherein the loading mechanism is connected with the storage cabinet through the conveying mechanism, and the storage cabinet comprises more than two storage units. According to the medicine temporary storage device, working areas are distinguished reasonably, a three-dimensional layout method is utilized comprehensively, automation control technology is adopted, space for temporary storage of the medicine is enlarged, and medicine feeding and discharging speed is improved.

The invention discloses a method for a distributed storage client to read data. The method comprises the steps that a reading request for reading the target data of a target node is received; according to the reading request, whether or not there is bitmap information corresponding to the target data in the cache of the target node is judged; if yes, the reading node corresponding to the target data is inquired according to the bitmap information, and the target data is read in the cache of the reading node; if not, the reading request is sent to a storage end, and the target data is read in the storage end. By means of the method, cache sharing between the nodes is achieved, the redundancy for reading the data is reduced, the memory utilization rate is improved, and meanwhile, the bandwidth waste is reduced. The invention further discloses a device and equipment for the distributed storage client to read the data and a computer readable storage medium. The device and equipment for thedistributed storage client to read the data and the computer readable storage medium have the above advantages.

The invention provides a cache optimization decision method of a super-dense cellular and D2D heterogeneous converged network. The method comprises the following steps: constructing cellular and D2D heterogeneous converged network architecture; predicting popularity of networked multimedia content; establishing a D2D resource sharing network when receiving a broadcast message by a smart terminal;performing collaborative caching on the accessed multimedia content by each user smart terminal; predicting the cached content obtainable probability of each user smart terminal in a cellular base station by the user smart terminal; counting the content transmission delay in the cellular and D2D heterogeneous converged network through the cellular base station, wherein a service gateway performs cache optimization on the base station by taking the minimum content transmission delay as the target according to the counted content transmission delay in the cellular and D2D heterogeneous convergednetwork, thereby obtaining the final optimization decision of the cellular and D2D heterogeneous converged network. Through the method provided by the invention, a content demand feedback mechanism is added between the terminal and the base station, and the interlayer cache redundancy of the D2D network and cellular network is further reduced.

The invention relates to a forming method for an ultra-thin absorption core. The formed absorption core body comprises an upper absorption core layer, a middle absorption core layer and a lower absorption core layer which are stacked in sequence, the middle absorption core layer is wavy, and the wavy top end and the wavy bottom end of the middle absorption core layer are fixed to the upper absorption core layer and the lower absorption core layer through spot-breaking glue spraying; the middle absorption core layer is provided with a plurality of small holes; and the two sides of the lower absorption core layer are folded to the top of the upper absorption core layer to be fixed to form folded parts. The invention relates to the field of disposable hygienic products, when liquid enters the absorption core body, the upper absorption core layer and the lower absorption core layer can move relative to each other to form a buffer space, so that the middle absorption core layer forms a wave shape during production, the capacity of buffering and absorbing the liquid in the absorption core body is improved, the liquid is prevented from leaking, and the technical problems that the absorption core body is poor in flow guide effect and absorption capacity, so that liquid easily flows out are solved.

The embodiment of the invention provides a storage system and a data access method. The system includes at least two fast interconnecting bus devices for peripheral equipment. The fast interconnecting bus devices for peripheral equipment includes a first fast interconnecting bus interface for peripheral equipment and a second fast interconnecting bus interface for peripheral equipment. The first fast interconnecting bus interface for peripheral equipment and the second fast interconnecting bus interface for peripheral equipment and respectively connected to different controllers. RAM bodies of the fast interconnecting bus devices for peripheral equipment are spacingly mapped to the controllers of the first fast interconnecting bus interface and the second fast interconnecting bus interface for peripheral equipments respectively. According to one embodiment of the invention, the controller in the memory system is connected to the PCIE equipment for spacingly mapping at least two RAMs to the controller, thereby the PCIE becomes the buffer of the memory system, so that buffer space of the memory system is enlarged, establishment of mirror channel is avoided, and memory system is simplified.

The invention discloses an air flow type spore trapper which has the advantages that the area is adjustable, spores and pollen are comprehensively collected in the circumferential direction, and the taking out of the collected spores and pollen is facilitated. The trapper is small in volume and can adapt to different environments. The trapper is characterized in that a middle casing pipe is placedin a caching case and located in the middle of the caching case; one end of the middle casing pipe is placed in the middle of the bottom of the caching case; a communication hole is formed in the middle of the bottom of the caching case and is communicated with the middle casing pipe; the diameter of the middle casing pipe is gradually decreased from bottom to top; the diameter of the caching case is gradually increased from bottom to top; a plurality of through holes are formed in the bottom of the caching case; the diameter of each of the through holes is gradually decreased from bottom totop; a dustproof mesh enclosure is sleeved on the bottom of the caching case; a round table is placed in the middle of the dustproof mesh enclosure; one end of a connecting rod is placed on the roundtable; the other end of the connecting rod penetrates through the communication hole and is placed into the hollow casing pipe.

The invention is applicable to the field of computer technology, and provides a method and a device which are used for achieving off-line application. The method comprises the steps as follows: when a browser is in an off-line state, an Ajax request is sent to an Ajax buffer according to an HTML5 application program visiting request, the Ajax buffer is acquired according to the data returned by the Ajax request, required by operating the HTML5 off-line application, and the HTML5 application program is operated according to the data required by operating the HTML5 application program. According to the method and the device for achieving the off-line application, the HTML5 off-line application and the Ajax buffer are combined and used, as a result, the buffer space of the off-line application is infinitely great, much application data can be buffered, and smoother off-line service is provided.

The invention relates to a fast quantitative loading station and method with super loading capacity, comprises a steel structure tower, wherein the steel structure tower is sequentially arranged fromtop to bottom: a belt machine head, a cushioning bin, a cushioning bin proportioning gate, a dosing bin, a dosing bin unloading gate, a loading chute and a chute gate, wherein a small cushioning bin is arranged between the dosing bin unloading gate and the loading chute. By overlapping the proportioning time of the ration bin and the unloading time of the small buffer bin, the loading time of eachcarriage is reduced by more than ten seconds, which greatly improves the loading efficiency. And increase small buffer silo only need very low cost, the main structure of the loading station can notmake a big change, can achieve the increase of loading capacity. Especially in some of the loading stations that have been built, the effect of increasing loading capacity can be achieved after reasonable transformation in the form of adding small buffer warehouses.

The invention discloses a CPU which comprises a CPU body and further comprises: a second processor interconnection interface detachably connected with a first processor interconnection interface of the CPU body, a bus protocol module which is connected with the second processor interconnection interface and used for providing a bus protocol, a cache read-write control module which is connected with the bus protocol module and used for controlling read-write operation; and a cache memory which is connected with the cache read-write control module and is used for caching data information. According to the CPU provided by the invention, the cache space can be increased or reduced according to actual requirements, and the cache space of the CPU can be conveniently and flexibly adjusted, so that on one hand, the hit rate of the cache space of the CPU can be improved, the working efficiency of the CPU is further improved, and the system performance is improved; and on the other hand, waste of the cache space can be avoided. The invention also discloses an electronic device and a CPU cache control method, which have the above beneficial effects.

The invention discloses a spatial data synchronization method, a terminal and a computer readable storage medium, belongs to spatial data synchronous transmission, and aims to solve the technical problem of how to provide a spatial data synchronization method which is high in performance and capable of realizing synchronization in case of network disconnection. The synchronization method comprisesthe following steps: performing primary format conversion on spatial data in a source database based on a data format supported by an intermediate cache; caching the spatial data subjected to the primary format conversion in an intermediate cache in real time; and if the network state is good, sending the spatial data subjected to secondary format conversion to the target database in real time based on the data format supported by the target database, and if the network is blocked or the efficiency is poor, temporarily storing the spatial data subjected to primary format conversion in messagemiddleware. The terminal comprises a processor and a memory. The processor is configured to call a program instruction to execute the synchronization method. A computer program is stored in the storage medium, and the processor executes the method when program instructions are executed by the processor.

The invention relates to a paper diaper core manufacturing process. The paper diaper core manufacturing process comprises the following steps of: (1) manufacturing a first core layer; (2) compounding an upper-layer non-woven fabric; (3) carrying out first-time lamination; (4) manufacturing a second core layer; and (5) carrying out second-time lamination. The invention relates to the field of disposable sanitary products; a core adopts a double-layered core; compared with a traditional water absorption paper core, the second core made of wood pulp is good for improving the diffusion length and diffusion speed of urine and the problem that the urine is concentrated in the middle to be absorbed and is not diffused front and back is solved; the utilization rate of the core is improved; meanwhile, the first core at the lower layer is used for fixing macromolecules into grids so that the utilization of fluffy non-woven fabrics in the traditional water absorption paper core and upper-layer and lower-layer dust-free paper is reduced; the thickness of the core is effectively reduced and the absorption amount of a product is kept; and the technical problems that the core difficultly keeps the thinness of the product and the diffusion and absorption of the product also can be improved are solved.

The invention discloses a webpage resource caching method and device, a storage medium and an electronic device. The method comprises: sending a webpage resource request to a server, wherein the webpage resource request is used for requesting a target webpage resource from the server; receiving a target webpage resource and cache indication information sent by the server in response to the webpageresource request, the cache indication information being used for indicating a target cache position of the target webpage resource in the terminal, a plurality of cache positions being pre-allocatedin the terminal, the plurality of cache positions including the target cache position; and caching the target webpage resource to a target cache position indicated by the cache indication information. The technical problem that in the prior art, the webpage resource caching efficiency is low is solved.

The invention provides a technology for accelerating the performance of a traditional relational database through a nonvolatile storage system. The method aims at the requirements of a relational database system widely applied to various information system software related to cloud computing and the Internet of Things for performance improvement at present. A nonvolatile storage system is introduced, and by accelerating an intermediate cache system of the relational database (through nonvolatile storage), the overall performance of the database is improved under the condition that both the response speed and the data security are considered. The method comprises the following two innovations: 1, an NVRAM (Non-Volatile Random Access Memory) is applied on a database read-write cache; 2, theproblem of high availability of data is solved by maintaining a core data structure of the relational database through NVRAM resources; the invention has good applicability in the aspect of enhancingthe efficiency of cloud computing and Internet of Things edge computing systems.

The ACS and base station abnormal message processing method based on the TR069 protocol comprises the following steps: when each CPE initiates a first network connection establishment request to the ACS, the ACS verifies the connection request and judges whether the request sent by the corresponding CPE is repeated or not, and then processes the connection request and updates a database according to the judgment result; when each CPE sends a message request to the ACS, the ACS judges whether the request sent by the corresponding CPE is repeated, and processes the message request and updates the database according to the judgment result; and the ACS periodically analyzes the probability of subsequent repeated request sending of each CPE according to the database information. Through the above content, the abnormal problem that repeated transmission is frequently generated between the ACS and the 5G base station, and the problem of communication pressure caused by repeated transmission to the equipment are improved.

The invention discloses a cache data management method based on an energy harvesting nonvolatile processor, and a medium, and the method comprises the steps: firstly, carrying out the logic partitioning of a nonvolatile memory MLC STT-RAM, and forming a soft block and a hard block; setting a data state machine for a soft block obtained after logic partitioning of a volatile memory SRAM block and a nonvolatile memory; and determining a final management method based on the size relation between the NVP energy surplus Q and a high-energy threshold value and a low-energy threshold value, wherein the final management method comprises the processes of executing cache management and executing preparation and backup, the cache management method carries out management according to the hit position and read-write operation of a target block TB, data with read sensitivity is loaded in a soft block as much as possible, the data with read sensitivity is stored in the soft block as much as possible, and data with write sensitivity are distributed in the SRAM blocks as far as possible. The method can improve system performance on the premise of fully utilizing cache space and ensuring successful backup, effectively reduce backup redundancy and reduce backup overhead.

The invention provides a glass packaging and temporary storage device and a method thereof. The glass packaging and temporary storage device is arranged at a glass packaging discharging port and comprises a transplanting and conveying mechanism, a lifting and transplanting mechanism, a glass temporary storage mechanism, a packaging workbench and a jacking and transplanting mechanism; the transplanting and conveying mechanism is arranged below the glass temporary storage mechanism, the packaging workbench and the jacking and transplanting mechanism; the lifting and transplanting mechanism is arranged at the end, away from the glass packaging discharging port, of the transplanting and conveying mechanism and transfers glass into the glass temporary storage mechanism from the transplanting and conveying mechanism; the glass temporary storage mechanism, the packaging workbench and the jacking and transplanting mechanism are sequentially arranged in the length direction of the transplanting and conveying mechanism; and the jacking and transplanting mechanism is connected with a finished product conveying line body. The lifting and transplanting mechanism is matched with the glass temporary storage mechanism, so that the temporary storage effect of glass is achieved, the situation that the glass is accumulated is avoided, the labor intensity of workers can be reduced, the fatigue degree of the workers is reduced, and the working efficiency is improved.

The invention provides a data storage method and device, a medium and electronic equipment. The data storage method comprises the steps: in response to a storage request of to-be-stored data, acquiring the current storage system performance parameters, wherein the current storage system performance parameters comprise at least one performance parameter of a distributed storage system; determining a performance jitter value of the distributed storage system according to the current storage system performance parameter; and when the performance jitter value is greater than or equal to a first preset value, storing the to-be-stored data to the solid state disk, and when the system performance jitter value is smaller than the first preset value, storing the to-be-stored data to a preset cache region. Through the technical scheme provided by the embodiment of the invention, the data storage efficiency can be improved, and the stability of the data storage performance is improved.

The invention discloses an HDLC-based multi-serial port communication method. According to the method, embedded system equipment is provided, wherein the embedded system equipment comprises a CPU and an FPGA. The step of receiving HDLC data by the CPU comprises the following flows: after receiving the HDLC data by the FPGA from a certain serial port, adding 4 byte headers on the received HDLC data, wherein the first byte is a serial port marking number, the second and third bytes are compensation bytes obtained according to CRC algorithm theory calculation, and the fourth byte is 0; sending the data to the CPU; after receiving the data by the CPU, removing the four byte headers and recording the serial port number; carrying out discarding or further processing operation on the received data. According to the method, the programmability of the FPGA is utilized, so that the number of interfaces can be flexibly changed, the cache space extended and the speed range can be set; specific header bytes are adopted to distinguish different serial port sources; through adding the byte headers, the HDLC data does not need to undergo CRC recalculation, so that the integrity of the data is ensured.

The invention discloses a data caching method based on a high-performance storage medium. The method comprises the steps of obtaining cache data, and at the same time, storing the cache data to a memory cache queue and the high-performance storage medium; building a mapping bitmap between the cache data stored in the memory cache queue and the cache data stored in the high-performance storage medium; according to the mapping bitmap, carrying out data caching processing. Because the high-performance storage memory is high in the read-write speed and has performance such as power-down protection, the memory cache and the high-performance storage medium are combined together, the cache data is cached to the memory cache queue and the high-performance storage medium at the same time, by building a mapping bitmap between the data of the memory cache queue and the data of the high-performance storage medium, caching processing is conducted on the data, not only is a memory caching space expanded, but also the caching speed is increased, and the data completeness is ensured. The invention further discloses a data caching system based on the high-performance storage medium. The data caching system based on the high-performance storage medium has the effects.

The embodiment of the invention provides a network state monitoring method based on downlink traffic, which comprises the following steps of configuring a cache occupation instruction with a routing rule for a traffic monitoring network card, establishing a virtual network card in a virtual machine, configuring a traffic engine, receiving downlink traffic data, executing the cache occupation instruction, and caching by utilizing a downlink buffer area. monitoring an occupation state of a downlink buffer area, if the occupation state of the downlink buffer area meets a preset condition, routing a part of uncached traffic data in the downlink traffic data to an uplink buffer area for caching, creating a first task and a second task which are parallel by a traffic engine, and respectively reading the downlink flow data from the uplink buffer area and the downlink buffer area, storing the downlink flow data in the second storage space, and monitoring the network state by using the downlink flow data. Due to the fact that the cache space is expanded, the data throughput is improved, parallel tasks are used for reading and storing data, the speed and timeliness are improved, the risk of data loss is reduced, and then the reliability of monitoring through flow data is improved.

The invention discloses a regional information table management method based on a host memory space, which expands the cache space of an SSD (Solid State Disk) by introducing a host memory use technology, saves the wiring area and cost of the SSD, and has obvious economic benefits. Besides, an overall operation and power-on and power-off maintenance method is provided according to the technical requirements to guarantee that design is feasible. Compared with a traditional domain namespace solid state disk, DDR usage can be obviously saved, hardware cost, the PCB area of the disk and power consumption of the whole disk are reduced, reliability of the power-on and power-off process is guaranteed, and a feasible method is provided for engineering practice.

The invention discloses an efficient cache type curing machine for perovskite solar photovoltaic production. The efficient cache type curing machine comprises a rectangular rack, a belt conveyor, a speed reduction reversing driving mechanism, a chain type cache mechanism, a vacuum suction mechanism, a transplanting mechanism and a U-shaped frame. The device is reasonable in structure, the speed reduction reversing driving mechanism is adopted, it can be guaranteed that the ascending assembly and the descending assembly of the chain type buffering mechanism synchronously and reversely ascend and descend, the glass plate buffering space is increased, a conveying structure large in horizontal occupying distance is replaced, the horizontal occupying space is easily saved, and the glass plate loading number is increased; meanwhile, the glass plates can be conveniently loaded and unloaded one by one, the glass plates on the vacuum suction mechanism can be moved to a descending assembly of the chain type buffering mechanism, under the action of the belt type conveyor, cyclic buffering of the glass plates can be conducted, corresponding parts of the glass plates can be machined and installed under coordination of installation equipment, and the working efficiency is improved; and the problem of processing retention is solved.