56results about How to "Timely distribution" patented technology

The invention relates to the field of fresh food supply chain management, and specifically relates to a preposed warehouse fresh food shopping and distribution mode. The preposed warehouse fresh food shopping and distribution mode comprises a warehousing system, a distribution system and a supply chain management system, and the supply chain management system comprises five subsystems of a purchasing system, a warehouse management system, a commodity system, an order management system and a transportation management system. A centralized + distributed management mode is employed, a centralized warehouse and several preposed warehouses are arranged in the urban area, goods are stored in the preposed warehouses, a customer places an order through a mobile phone APP, goods are sent to the customer from the closest preposed warehouse, and therefore one-hour delivery is achieved. Beneficial effects of the preposed warehouse fresh food shopping and distribution mode are that a centralized + distributed warehousing mode is employed, efficient distribution of one-hour deliver in the last one kilometer is achieved; compared with a conventional mode, the intermediate links are less, the distribution efficiency is high, time is short, and the cost is low; by means of distributed storage, supply chain steps can be greatly reduced, the distribution cost of each order can be reduced to 11 yuan, and the distribution time is reduced to one hour.

The invention relates to a task distribution method, a task distribution device, a storage medium, equipment and a distributed task system. The method comprises the steps of determining a current taskto be distributed from a queue to be distributed; traversing resource configuration information of each sub-node on a main node according to a preset first traversal time according to resources needed by a current task to be distributed to determine whether the sub-node which can meet the resources needed by the current task to be distributed exists; when the sub-node capable of meeting the resources needed by the current task to be distributed does not exist, transferring the current task to be distributed to a waiting resource queue from the queue to be distributed, thus allowing the task to wait for distribution in the waiting resource queue. Therefore, the blocked task in the queue to be distributed can be timely transferred, so that the condition that the other tasks in the queue tobe distributed can be timely and sequentially distributed is ensured, task distribution efficiency in the queue to be distributed is improved, and task concurrent processing capability of the distributed task system and a resource utilization rate of each sub-node are enhanced.

A switch method that uses for the wireless mobile communication system, uses the switch method based on the position estimation to the high-speed mobile terminal, uses the switch method based on the position estimation to the low-speed mobile terminal, according to the characteristic of the bed soft plot and the different mobile speed of the mobile terminal when it switches, uses the pre-contract switch method of the position information assistant to the blur type terminal because the speed estimation error can not confirm the speed type. The invention can solve that the existing technology use same switch mode to process the different type mobile terminal, can not provide different switch quality of service assuring issue, ensure the user to get the continuous switch effectively.

The invention provides a port allocation method and device for multi-core forwarding NAPT. The port allocation method for the multi-core forwarding NAPT comprises the following steps: after receiving a message, looking up whether unallocated port numbers exist in an independent resource pool occupied by a CPU independently; if so, determining a matched port number among the unallocated port numbers, and allocating the matched port number to the message; if not, looking up whether the unallocated port numbers exist in a shared resource pool shared by multiple cores; if the unallocated port numbers exist in the shared resource pool, determining the matched port number among the unallocated port numbers, and allocating the matched port number to the message; and if the unallocated port numbers do not exist in the shared resource pool, selecting an available CPU, and forwarding the message to the available CPU to be processed. The method can be used for improving the performance of multi-core forwarding NAPT.

The embodiment of the invention discloses a memory recovery method and device, electronic equipment and a storage medium, and the method comprises the steps: after receiving a memory application of ato-be-processed task, detecting the duration consumed by the electronic equipment for allocating a memory to the to-be-processed task; and when the duration is greater than a preset duration threshold, determining whether the electronic equipment meets a preset jamming generation condition currently, and if yes, executing a preset memory recovery operation. Compared with the prior art, the methodand the device have the advantages that the memory recovery operation can be actively executed when the memory distribution time of the electronic equipment is long and the jamming condition is met, so that the task to be processed can be timely distributed to enough memory, and the jamming of the electronic equipment can be effectively prevented.

The invention relates to the field of mobile communication, in particular to a method for measuring an interference ratio based on a measurement report. The method comprises the following steps of: analyzing a service cell occupied by the measurement report for evaluating the interference ratio of a related signaling and related data from the related signaling; computing a distance from the measurement report to each cell of a frequency point with the same adjacent frequency with the frequency point occupied by the measurement report according to the longitude and latitude positioned by the current measurement report according to the longitude and latitude positioned by the current measurement report; and associating the same adjacent frequency condition among the current service cell, a cell with the same adjacent frequency and a cell generated based on the measurement report in a database, and determining an interference value of the cell with the same adjacent frequency according to different association conditions so as to calculate the interference ratio. The method can more completely reflect the magnitude of the same adjacent frequency interference on each position in each cell coverage area, and brings convenience to a mobile telecom carrier to monitor the interference condition of a mobile-communication network in real time and reasonably optimize the allocation of frequency points in time.

The invention discloses a machine room evaporation, refrigeration and heat-extraction system and an implementation method. The machine room evaporation, refrigeration and heat-extraction system comprises an evaporation and cooling device and a heat-extraction device, where in the evaporation and cooling device and the heat-extraction device are arranged in a machine room. The machine room evaporation, refrigeration and heat-extraction system further comprises a control system controlling the evaporation and cooling device and heat-extraction device. A power-driven air valve is arranged on an output port of the evaporation and cooling device. The method includes a heat-extraction step, a water circulation control step and a filtration cotton replacement control step. According to the machine room evaporation, refrigeration and heat-extraction system and the implementation method, outdoor air temperatures are further lowered through filtration and evaporation cooling treatment, then outdoor cold air after being evaporated and cooled is absorbed naturally, and therefore the purposes of cooling the machine room and reducing power consumption for machine room cooling are achieved; types of power consumption of a machine room air conditioner mainly comprises compressor power consumption, evaporator fan power consumption, condenser fan power consumption and controller power consumption in the prior art, and the air conditioner compressor power consumption occupies 80-90% of the air conditioner total power consumption. The machine room evaporation, refrigeration and heat-extraction system can be used for machine room air conditioner cooling all year around.

The invention discloses a detection method for wrong GR status access, which comprises the processes that: the indication whether a router is rebooted is set in a neighborhood building datagram; when the router detects that the neighborhood with a neighboring router is interrupted and the router is not rebooted, the router gets to the GR status and makes a mark on the LSP of a neighboring router saved in the router, and receives the neighborhood building datagram sent by the neighboring router; when the router detects that the datagram does not carry the indication that the neighboring router is rebooted, then the router exits the GR status and deletes the mark on the LSP. The invention simultaneously also discloses a router, which comprises a neighborhood detecting module, a reboot detecting module, a relationship datagram receiving and processing module and a GR module. The invention can detect that the GR status is wrongly got to in time, thus reducing the unnecessary signaling and data interaction, lowering the occupation of the CPU resources, and resulting in that the newly generated routing can be allocated to the LSP in time so as to enhance the success rate of the data forwarding.

The invention provides a method of forming a fiber-aluminum alloy composite part. The method comprises the following steps: 1, cutting an aluminum alloy plate and a fiber cloth according to a shape ofthe part; 2, subjecting the aluminum alloy plate to solid solution treatment, and immediately subjecting the aluminum alloy plate from the solid solution treatment to pre-pressing treatment, allowingfor uniform distribution of gridded grooves on a surface, glued to the fiber cloth, of the aluminum alloy plate, and then subjecting the pre-pressed aluminum alloy plate to quenching treatment; 3, subjecting the quenched aluminum alloy plate to degreasing treatment, and subjecting the fiber cloth to pre-impregnation treatment in an epoxy resin glue solution; 4, forming a sandwich plate in the order of aluminum alloy plate, fiber prepreg and aluminum alloy plate, and pre-pressing the sandwich plate; and 5, putting the obtained sandwich plate into a stamping die, closing the die and holding thetemperature, and then carrying out solidification to obtain the fiber-aluminum alloy composite part. The method overcomes the shortcoming of low elongation rate during the formation of a fiber material and improves the strength of the composite material part.

Disclosed are multifunctional overalls for fire fighting, working in front of high temperature furnaces, underwater operations and mine lifesaving. The multifunctional overalls comprise an outer fire-proof coat and an inner water-proof liner which is sleeved in the outer fire-proof coat. An interlayer is formed between the fire-proof coat and the inner water-proof liner, and cold water or hot water can be injected in the interlayer. The outer fire-proof coat is made of fire-proof anti-abrasion antistatic fabrics, composited through the fire-proof anti-abrasion antistatic fabrics with water-proof tensile pressure-proof ductile materials or the fire-proof anti-abrasion antistatic fabrics with inner lining cloth or made of fire-proof fabrics. The inner water-proof liner is made of rubber, nylon or high polymer water-proof fabrics or composited through high polymer water-proof fabrics with the inner lining cloth. The multifunctional overalls are applied to fire fighting, working in front of high temperature furnaces, underwater operations and mine lifesaving and adapted to long-time close-range fire rescue of fire scenes or working in front of high temperature furnaces, and accordingly, the efficiency and the effect are improved.

The invention provides a Wi-Fi access dynamic state authentication system and method. The system comprises a center server, a plurality of Web authentication wireless routers and a plurality of Wi-Fi access control servers, wherein the number of the Web authentication wireless routers is equal to the number of the Wi-Fi access control servers. Each Web authentication wireless router is used in cooperation with one Wi-Fi access control server, the Web authentication wireless routers and the Wi-Fi access control servers are installed at different operating places in sets, and the Wi-Fi access control servers at the different operating places are connected to the center server. According to the Wi-Fi access dynamic state authentication system, due to the fact that an architecture provided with one center server and the Wi-Fi access control servers is arranged, registration information of users is distributed to the Wi-Fi access control servers through the center server, updated account information of the users can be distributed to all the places in time, and the situation that when the users arrive at another operating place from one operating place, Web authentication cannot be finished due to the fact that the account information is updated cannot occur.

The invention discloses a quantum key distribution method based on a block chain, which comprises the following steps that two key pools separated from two places exist, the configurations of the twokey pools are the same and are connected through public quantum channels, a quantum key distribution (QKD) protocol is called to generate key streams, and the key streams are respectively stored in corresponding positions of the two key pools; wherein the two key pools are respectively connected with respective key pool managers, and the key pool managers are used for managing the key pools, updating storage addresses in the key pools and being responsible for contacting with users; wherein the two key pool managers are connected with a block chain, and the block chain is used for recording transactions between users and the key pool managers. The invention aims to solve the problem that the existing quantum key generation and distribution efficiency is low, and improve the key distribution efficiency under the condition of ensuring the key generation and distribution safety.

Embodiments of the invention disclose an order processing method and apparatus. A specific embodiment of the method comprises the steps of obtaining a target order group in at least two order groups,wherein each order group comprises at least two orders, and the target order group comprises target orders with specified tags; determining a matching degree between the target order group and at least one distribution client; increasing the matching degree between the target order group and the at least one distribution client; based on the increased matching degree between the target order groupand the at least one distribution client, determining the distribution client of the target order group; and sending a distribution instruction of the target order group to the distribution client ofthe target order group. Based on the increased matching degree, the distribution client of the target order group is determined, and the distribution instruction is sent to the distribution client ofthe target order group pointedly.

The invention relates to a holographic projection device convenient for ventilation and heat dissipation for virtual reality. The device comprises a main body, an air inlet mechanism, an air distribution mechanism, an exhaust mechanism and a plurality of support legs, wherein the air inlet mechanism comprises an air inlet pipe, an air exchange chamber, an ash discharge pipe and a switching assembly, openings are formed in the two sides of the bottom end of the air inlet pipe, a filter screen is arranged in the opening, a fan and a vertical rod are arranged in the air inlet pipe, the air distribution mechanism comprises an air distribution chamber, a vertical pipe, a transverse pipe, a rotating assembly and a plurality of spray nozzles, and the rotating assembly comprises a rotating shaft and a plurality of rotors. According to the holographic projection device convenient for ventilation and heat dissipation for virtual reality, external air is conveniently introduced into the air distribution mechanism through the air inlet mechanism, and the filter screens are dredged in time to prevent blockage. In addition, the cold air can be uniformly distributed in the main body through the air distribution mechanism, so that the cooling and heat dissipation effects are improved, the temperature in the main body is reduced, the service life of the equipment is prolonged, and the practicability of the equipment is improved.

The invention discloses a three-high co-management three-level collaborative chronic disease management platform, and relates to the technical field of medical platforms. The platform is used for providing complete-cycle and reasonable-division integrated chronic disease management for patients with hypertension, hyperglycemia and hyperlipidemia, and is used for solving the problem that all levelsof medical institutions are lack of cooperation and reasonable division at present. A three-high co-management three-level collaborative chronic disease management platform comprises a data source, auser system and a cloud service platform. The data source and the user system are in communication connection with the cloud service platform; the user system comprises a patient user system, a public health service user system, a health committee user system, a nursing home user system, a logistics user system, a pharmacy user system, a medical insurance user system, a third-level hospital doctor user system, a second-level hospital doctor user system, a health center doctor user system and a health room doctor user system. According to the platform, a high-quality and high-efficiency medical and health service system is convenient to construct, and an integrated service mode of medical prevention fusion, three-high co-management and three-level cooperation of cardiovascular and cerebrovascular diseases is realized.

The embodiment of the invention discloses a memory management method and device, a storage medium and electronic equipment, and the scheme of the embodiment of the invention comprises the steps: determining the idle memory capacity in a memory space when a memory distribution request transmitted by a target thread is received, and judging whether the target thread is a UI thread or not; when the target thread is the UI thread, judging whether the idle memory amount is smaller than a first preset threshold value or not; if yes, determining a first target memory amount, and performing memory recovery based on the first target memory amount; when the target thread is not the UI thread, judging whether the idle memory amount is smaller than a second preset threshold value or not; and if yes, determining a second target memory amount, and performing memory recovery based on the second target memory amount, so that for the UI thread, more sufficient memory is used for allocation, thereby reducing the probability of low memory scenarios of the UI thread, improving the operation fluency of the UI thread, reducing lagging, and improving the system fluency.

The embodiment of the invention discloses a barrage message distribution method, device, and apparatus and a storage medium. The method comprises the following steps: determining a barrage message tobe distributed which satisfies a preset barrage distribution rule according to the initial barrage message; determining a target barrage message according to whether the barrage message to be distributed and the message list store the cached barrage message; determining target secondary dispense object from a set of secondary dispense objects according to an order selection rule, wherein that setof secondary dispense objects is a linked list structure; calling the first barrage distribution function in the target secondary distributor object, allocating a target barrage message to a target secondary distributor object to cause that target secondary distributor object to distribute the target barrage message to the message receiver object, wherein the first barrage distribution function isobtained for the secondary distributor object by inheriting a predefined first barrage distribution protocol. Through the technical proposal, the barrage messages are sequentially, efficiently and timely distributed to each message receiver object.

The invention discloses a small ion exchange tank which comprises a tank body, a bearing is arranged at the top of the tank body, a hollow pipe is arranged in the bearing, a water inlet pipe is arranged at the top of the hollow pipe, a water distribution disc is fixedly connected to the bottom of the hollow pipe, and a round cavity is formed in the water distribution disc. A plurality of flow guide pipes are fixedly communicated with the outer side of the water distribution disc in sequence, the end, away from the water distribution disc, of each flow guide pipe is fixedly communicated with the inner wall face of the water distribution ring, an annular cavity is formed in the water distribution ring, and a plurality of first water outlet holes are formed in the bottom of each flow guide pipe; a plurality of second water outlet holes are formed in the bottom of the annular cavity, and one end of the hollow pipe is connected with the output end of the driving mechanism. The purpose of uniform water distribution is achieved by arranging the rotatable flow guide pipe and the rotatable water distribution ring, and meanwhile, the elastic mechanism is arranged below the resin supporting plate to buffer impact force borne by resin.

The invention provides a space management method of a storage object, which comprises the following steps: receiving a space management instruction and obtaining a target storage space which is instructed to be managed by the space management instruction; acquiring a stored object in the target storage space, a storage unit of the stored object, and an idle storage unit; storing the stored objectin a key value database, a storage unit of the stored object, and the idle storage unit; if the instruction of allocating storage space for the newly-added storage object is received, the storage space being allocated for the newly-added storage object according to the idle storage unit. The invention also discloses a storage object space management device, a computer device and a computer-readable storage medium. The invention can improve the speed of obtaining the storage space information of the storage object, so as to timely allocate the storage space of the newly-added storage object.

The invention discloses a task distribution method for an automated guided vehicle. The method comprises the following steps: acquiring a plurality of first distribution schemes in a plurality of initial distribution schemes; performing chromosome cross processing on the plurality of first distribution schemes to obtain a plurality of second distribution schemes; performing chromosome variation processing on a third distribution scheme in the plurality of first distribution schemes and a fourth distribution scheme in the plurality of second distribution schemes to obtain a plurality of fifth distribution schemes; when an end condition of a genetic algorithm is satisfied, obtaining a target distribution scheme in the plurality of first distribution schemes, the plurality of second distribution schemes and the plurality of fifth distribution schemes; and carrying out task distribution on each automated guided vehicle according to the target distribution scheme. The invention further discloses a task distribution device of the automated guided vehicle and a computer storage medium. According to the invention, the genetic algorithm is applied to search for the task distribution scheme with shorter task execution time consumption, and a better task distribution scheme is determined more quickly by improving a variation strategy in the genetic algorithm.

The disclosed intelligent controller for urban sewage and waste gas flow comprises a sensor and a system controller, which is reasonable and benefit to control the exposure.

The invention discloses a patent case distribution management system which includes a patent case input unit, a patent case distribution unit, a patent case change unit, a patent case query unit, a patent case archiving unit, an abandoned patent case unit, a patent agent unit, a flow personnel unit, and a manager unit. The manager unit distributes patent cases to the patent agent unit through thepatent case input unit, the patent case distribution unit and the patent case change unit. The patent agent unit, the flow personnel unit and the manager unit all can query for patent information through the patent case query unit. The patent case archiving unit stores patents completed by the patent agent unit. The abandoned patent case unit stores patents abandoned by the manager unit. Through the management system, patent cases can be quickly and accurately distributed, and the process of patent case distribution can be recorded. The working method is reasonable. Through the method, patentcases can be reasonably distributed.

Embodiments of the present invention provide a resource allocation method, device and system for allocating resources for applications. The method includes: the application controller receives a resource allocation request from the client, and the resource allocation request carries resource requirement information of an application running on the client, wherein the application controller is used to manage a resource pool, and the resource pool contains at least one The started container, the container in the resource pool is applied to and started by the application controller in advance from the resource manager; the application controller selects an idle resource container from the resource pool and assigns it to the client according to the resource requirement information of the application. According to this method, when the application controller receives the resource allocation request of the application, it can realize the timely allocation of resource container resources, avoiding the waiting time for resource container startup, and avoiding resource allocation by reusing resource containers in the resource pool. The resource consumption of multiple opening and closing of the container.

The invention discloses a method for allocating a wireless interface measurement control identifier. When UTRAN needs to start a wireless interface measurement control and apply for a measurement control identifier for it, it is judged whether the started measurement control belongs to the measurement control that must be used for the basic algorithm function. If it belongs, it will directly return the measurement control ID corresponding to the currently started measurement control in the static area of ​​the measurement control ID allocation table; if it does not belong, then choose an idle measurement control ID in the dynamic area of ​​the measurement control ID allocation table and return the current The selected measurement control identification, and at the same time update the measurement control identification allocation table. The invention can not only ensure that the measurement control necessary for basic algorithm functions can be allocated to the measurement control identification, but also enable the measurement control of other functions to be allocated to the measurement control identification in time, which is beneficial to the smooth execution and further expansion of UTRAN functions.