31results about How to "Solve capacity bottlenecks" patented technology

There are provided measures for load balancing in relay-enhanced access networks with a relay device and multiple access devices, said measures exemplarily including the setting of multiple links between a backbone device of a backbone network and said multiple access devices, and a management of resource allocation of said multiple links between said backbone device and said multiple access devices in accordance with resource information of said multiple access devices indicating resource availability and resource assignment of said multiple access devices for establishing multiple connections between said backbone device and said relay device via said multiple access devices.

The invention discloses a preparation method of a high-capacity silicon-carbon composite negative electrode material with a core-shell structure for a lithium-ion battery. The high-capacity silicon-carbon composite negative electrode material with the core-shell structure contains a silicon substance and a carbon substance, and the molar ratio of Si to C is 0.003-0.316. According to the invention,the problems in the prior art are solved, and the negative electrode material not only improves the structural stability of the core material silicon but also can effectively reduce the volume changeand particle fragmentation of an electrode in the lithium intercalation and deintercalation process. Meanwhile, the capacity bottleneck of a shell material carbon is solved, a difference between theresistance and the discharge potential of the core material and the shell material is reduced such that the core material and the shell material can reach a relatively consistent level in the aspect of lithium ion de-intercalation, and the advantage complementation between the core material silicon and the shell material carbon is realized. The coating effect is fully exerted, the structure of thesubstance is stabilized, and the safety stability and the electrochemical performance of the material are improved.

The invention relates to a network game server system which belongs to the field of network application systems, and discloses the technical scheme that a logon server and a game server form a logon service cluster and a game serve cluster by adopting a cluster structural form. The network game serve system has the advantages of realizing the simultaneous online network game of millions of people, and solving the capacity bottleneck problem of the prior network game system.

The bauxite grinding process includes the following steps: feeding bauxite ore, lime and evaporation mother liquor into two-bin overflow grinding mill, breaking, coarse grinding, fine grinding, overflow discharging the ground ore slurry and feeding the ore slurry into intermediate slurry groove, then pumping the ore slurry into cyclone separator, sorting, discharging coarse granules slurry out from bottom outlet of cyclone separator and back returning the coarse granules slurry into two-bin overflow grinding mill and further grinding, screening fine granules slurry and feeding the fine granules slurry into finished product groove to make storage.

The invention discloses a cutting breeding method for Acer buergerianum Jinling Hong. According to the method, traditional grafting and tissue culture breeding modes are replaced by cutting breeding method; therefore, during the process of breeding Acer buergerianum Jinling Hong, workers can conveniently and quickly realize breeding with low cost; and the Acer buergerianum Jinling Hong can be bred on a large scale.

The invention relates to the technical field of medicine production, in particular to a preparation method of an artificial bear gall powder preparation. The preparation method comprises the followingsteps of S1, preparing raw materials: poultry and livestock gall powder, beta cyclodextrin, cane sugar, dextrin, steviosin, menthol, peppermint oil, magnesium stearate, talcum powder, ethanol, starch, licorice root extractum powder, stevioside, PVA-4000, PVA-6000, glycerine, polyvinylpyrrolidone, hydroxypropyl methyl cellulose, hydroxyethyl cellulose, polyethylene glycol, dibutyl phthalate, a coloring agent and silicon dioxide; S2, dissolving the poultry and livestock gall powder with a buffered solution, performing centrifugation under the condition of 11000g, performing repeated filtrationto obtain filter residues and filtrate, and performing freeze drying and preservation on the filter residues; and S3, loading the filtrate in a reactor loaded with 7[alpha]-hydroxysteroid dehydrogenase. According to the preparation method disclosed by the invention, the artificial bear gall powder is designed to be a raw material medicine, and the artificial bear gall powder preparation is developed, so that the problem that natural bear gall raw materials are valuable and scarce is solved, and besides, a new medicine preparation is provided for human.

The invention discloses an LED light source substrate and a manufacturing method thereof. The method comprises: solder paste printing is carried out; to be specific, positions, corresponding to a positive electrode and a negative electrode of an LED chip, are printed with solder pastes on a substrate with a set circuit; die bonding is carried out; to be specific, the LED chip is pasted on the substrate, wherein the positive electrode position and the negative electrode position of the LED chip correspond to the positions, with the solder pastes, of the positive electrode and the negative electrode on the substrate; reflow soldering is carried out; to be specific, the substrate after the die bonding is sent into a hot-air reflow soldering furnace cavity and thus the substrate circuit and the LED chip are welded together by melting of the solder pastes; a phosphor glue layer is sprayed; to be specific, a phosphor glue layer is sprayed around the LED chip and is solidified by baking by an oven; and then a fluorescent film layer is pasted; to be specific, a fluorescent film is pasted on the surface of the phosphor glue layer and baking is carried out by the oven to enable the fluorescent film and the phosphor glue layer are in contact. Therefore, the routing process is reduced; and with spraying of the phosphor glue layer and pasting of the fluorescent film layer, the yield of the manufactured LED light source product is high and the light colors are uniform.

The invention relates to the technical field of artificial intelligence, and discloses an intelligent decision-making method and system based on a big data platform, equipment and a medium. The intelligent decision-making method is suitable for the intelligent decision-making system based on the big data platform, and comprises the steps of: calling an information collection module to collect system operation data from an application system, and sending the system operation data to an intelligent decision-making module, wherein metadata of the system operation data are data obtained in a buried-point-free collection mode, operation process data and service data of the system operation data are data obtained in a buried-point collection mode, and the information collection module is installed in a server loaded with an application system; and calling the intelligent decision-making module to perform operation analysis according to the system operation data to obtain an operation analysis result, performing user behavior prediction according to the system operation data to obtain a user behavior prediction result, and determining a target intelligent decision result according to theuser behavior prediction result. Therefore, the capacity bottleneck is avoided, and the data collection efficiency is improved.

The invention discloses a silk-screen printing method of a plastic base material. The silk-screen printing method of the plastic base material comprises the following steps that a LOGO is printed on one side of a PET (explosion-proof film) base material; then translucent ink is printed on the same side, printed with the LOGO, of the base material in a silk-screen mode, and a translucent layer is formed; then a line layer is printed on the upper surfaceof the translucent layer in a UV transfer printing mode; then nano-metal ink is printed on the upper surface of the line layer in a silk-screenmode to form a nano-metal layer; then protecting black oil (2 lines) is printed on the upper surface of the nano-metal layer in a silk-screen mode; vacuum patching are carried out; and finally, finished products are formed by CNC cutting. According to the silk-screen printing method of the plastic base material, the problem that red color and other colors of PVD electroplating can not be realizedis solved due to the fact that the self-made translucent ink and the nano-metal ink are adopted; the production process is simplified, the production cost is greatly reduced and the production capacity is increased, the product performance is stable and the through rate is high, especially the resistance value test, the resistance value reaches over 4,000 megohm while an extremity is not reached;and meanwhile, the silk-screen printing method is tested through a domestic first-second line brand real machine, and a antenna signal is not completely affected.

The invention discloses a forming process of a chipping scrapping slot bolt. The forming process comprises the specific steps that the length of a cutting material is calculated according to the weight of the bolt and the diameter of the material, pre-upsetting is carried out on the head to obtain the required diameter and height, once extruding is carried out to obtain the thread first blank diameter and the thread first length, the pre-upset head is subjected to ball upsetting according to the diameter and the height needing to be machined, and pre-upsetting is carried out to obtain the thread second blank diameter and the thread second length; meanwhile, extruding is carried out to obtain the chamfering initial diameter and the chamfering initial length; re-extruding is carried out to obtain the thread second blank diameter and the thread second length, the thread third blank diameter and the thread third length are obtained, then the chamfering initial diameter and the chamfering initial length are extruded into the chamfering final diameter and the chamfering final length, and meanwhile, extruding is carried out at the tail end of the bolt to form a chipping scrapping slot; and a formed blank is shaped again to remove burrs at the tail end. By means of the above manner, the chipping scrapping slot can be directly completed by extruding in the cold upsetting process, and the product consistency is effectively ensured.

The invention belongs to the field of wastewater utilization, and particularly relates to a dibenzoylmethane production wastewater recycling method which aims at solving the problems that existing dibenzoylmethane production is not high in environmental protection property and low in productivity, and comprises the following steps: collecting wastewater generated in dibenzoylmethane production, pouring the wastewater into alkaline water to carry out acid-base adjustment, filtering, washing, and drying to obtain the dibenzoylmethane production wastewater. Then extracting and layering the wastewater through an extracting solvent to obtain an organic layer and a water layer, concentrating and recovering the solvent in the organic layer to obtain residual benzoic acid, cooling and crystallizing the water layer, centrifuging to obtain sodium sulfate decahydrate and wastewater, filtering out a small amount of sodium sulfate in the wastewater, diluting concentrated sulfuric acid and liquid caustic soda for next batch feeding, and circulating in this way, therefore, the cyclic utilization of the wastewater is realized. The method provided by the invention solves the problem of low environmental protection property of dibenzoylmethane production, solves the problem of low productivity of dibenzoylmethane production by recycling the wastewater, and can improve the production benefits of enterprises.

The invention provides a scheduling method, a system and gateway GPRS support nodes (GGSN) for firewalls. According to the scheduling method for firewalls, the gateway GPRS support nodes (GGSN) assign IP addresses to active users for activating sessions under the packet data protocol (PDP). The GGSNs select one firewall out of at least two firewalls according to the polling mechanism and the user assignment histories of the at least two firewalls. After that, the corresponding relationship between IP addresses and the selected firewall is established. The invention solves the capacity bottleneck problem of Gi firewalls in the prior art.

The invention belongs to the technical field of catalysts. The invention provides a bifunctional catalyst, a series of perovskite type composite materials LaxA<1-x>FeyM<1-y>O3 are prepared by adjusting the feeding molar ratio of various metal salts, and then the bifunctional catalyst is prepared by modifying the perovskite type composite materials LaxA<1-x>FeyM<1-y>O3 with an alkali metal compound. The invention also provides a method for preparing cyclohexene by chemical looping cyclic oxidative dehydrogenation of cyclohexane, which comprises the steps of placing the prepared bifunctional catalyst in a fixed bed reactor, setting the temperature, introducing air, and activating the catalyst; introducing nitrogen to purge a reaction tube; mixing cyclohexane and nitrogen, and then introducing into the reactor to be in contact with the catalyst for an oxidative dehydrogenation reaction; and after the reaction is finished, introducing air to complete regeneration of the bifunctional catalyst. The development and application of the novel technology for efficiently preparing cyclohexene by chemical looping oxidative dehydrogenation of cyclohexane provided by the invention can effectively solve the cyclohexene production capacity bottleneck which hinders the popularization of a green process for producing caprolactam and adipic acid through a cyclohexene route.

The method includes steps: short message access number adopted in multiple short message centers through access device is switched in signaling network; access device expands short message access number, expanded numbers are corresponding to each short message center; burthen sharing is carried out by access device for signaling message of short message access number as a called global code sent from signaling network; the called global code in message is converted into expanded codes; based on expanded number, messages are sent to corresponding short message center for further processing. The invention raises reliability of network, solves bottleneck of capacity of single short message center. Moreover, in time of enlarging capacity, office data of other devices does not need to be modified since only identical access number is utilized.