65results about How to "Improve capacity expansion" patented technology

The invention discloses a statistical-prediction-based automatic cloud CDN (Content Delivery Network) resource deployment method which comprises the steps of: predicting a load prediction value in a next 24h according to history data of a load of each edge node of a CDN, formulating a virtual server resource deployment plan of a corresponding edge node, carrying out virtual server resource deployment on each edge node of a cloud CDN; monitoring a load condition of each edge node of the cloud CDN in real time, when the cloud CDN is in a user visit rush time, mounting mirror images configured with relevant businesses to virtual servers by a cloud platform, and starting so as to be added in each edge node of the cloud CDN for sharing burst visit pressure; and when the cloud CDN is in a non-visit rush time, only preserving the virtual server which can keep business operate at a normal level, and recovering idle virtual server resources to a resource pool. According to the statistical-prediction-based cloud CDN resource automatic deployment method, the burst business rush time can be effectively dealt, the resource utilization rate of the CDN is increased, and the energy consumption and the maintenance and operation cost of the CDN are lowered.

The invention provides a network capacity expansion method and equipment. The network capacity expansion method comprises the following steps: (1) the service data information of each cell is acquired, wherein the service data information of each cell comprises the number of the activated users of services developed in each cell, the rates of the services and the KPI (Key Performance Indicator) information of the services; (2) the numbers of the activated users of the services of all cells and the rates of the services are counted to acquire the average rates of the single users of all service sets, wherein the service of the same type developed in all cells belongs to a service set of a capacity-to-be-expanded network; (3) the numbers of the activated users of the services developed in all cells and the KPI information of the services are counted to acquire the average KPI information of the single users of all the service sets; (4) according to the average rates and the average KPI information of the single users of all the service sets, the target rates of all the service sets are acquired; (5) according to the target rates of all the service sets and the service composition information of target cells, the capacity expansion indexes of the target cells are acquired; (6) according to the capacity expansion indexes of the target cells, the capacities of the target cells are expanded. The network capacity expansion method and equipment can improve capacity expansion effect of the network.

The invention relates to a calling system, in particular to a pure IP calling system based on a cloud computing platform and an IMS network architecture. The calling system aims at solving the problems in achieving calling center services on a CS domain that a relaying circuit is long, a computer room occupies a large space, and a system is poor in expansion capacity. B public mobile phones and C public mobile phones in the calling center system are all connected to a mobile CM-IMS net, a calling center server, a service system server and A system switches are all connected to the mobile CM-IMS net through a transmission bus, the calling center server, the service system server and the A system switches are all connected to an IP transmission network, and D far end seat servers are all connected to the IP transmission network through a firewall. The application range of the pure IP calling system covers industries of governments and public services, for example, the industries of municipal administration, police, traffic management, energy and the like which are high in information application degree.

The invention discloses a private video data cloud-storage system and method. The system comprises one or more storage regions, each storage area comprises at least one managing server set and at least two memories, different managing server sets are independent from each other, the managing server sets within the same storage area share the storage space of the memories in the storage area, and each managing server set includes one or more managing servers. The managing servers are used for receiving a video data storage instruction of an application server, storing metadata of video data, determining the memory for storing the video data, and sending the address of the determined memory to the application server so that the application server stores the video data in the determined memory. According to technical scheme provided by the invention, the handling capacity and expansion performance of the storage system are effectively improved.

The invention provides a load equalization method among MSC (Mobile Switching Center) pools, an MSC and a system. In the invention, a virtual pool server end and a virtual pool client end are added in a traditional MSC, and the virtual pool server end collects the load information of other MSC pools and transfers the load of a local MSC pool to a light-load MSC pool by establishing a virtual poolwith the light-load MSC pool so as to realize load equalization among the MSC pools, fully utilize network resources and improve user experience.

The invention discloses an integrated network management method compatible with an SNMP and a CORBA protocol, and relates to application of integrated network management on communication network equipment. For the purpose of eliminating the mingled complexity of an information interaction process between a network management system and equipment respectively employing the SNMP and a CORBA as network management protocols, under the condition that realization of concrete functions of integrated network management is not affected, a network management method compatible with the SNMP and the CORBA protocol is employed for uniformed information processing, so that the problem is solved that the integrated network management requires multiple data processing processes for different network management protocols.

The invention belongs to the technical field of base station antennas, in particular to a two-low-frequency two-high-frequency multiport base station antenna. The antenna comprises a bottom plate, anda first reflecting plate and a second reflecting plate are arranged at the two sides of the bottom plate correspondingly. A first low-frequency radiation antenna array, a second low-frequency radiation antenna array, a first high-frequency radiation antenna array and a second high-frequency radiation antenna array, which are parallel to or overlapped with one another, are arranged on the bottom plate. The first low-frequency radiation antenna array comprises a plurality of first low-frequency oscillators. The second low-frequency radiation antenna array comprises a plurality of second low-frequency oscillators. The first high-frequency radiation antenna array comprises a plurality of first high-frequency oscillators, and the second high-frequency radiation antenna array comprises a plurality of second high-frequency oscillators, wherein the first low-frequency oscillators and the first high-frequency oscillators are arrayed into a straight line and distributed on the bottom plate at equal intervals, and some of the first high-frequency oscillators are embedded into the first low-frequency oscillators close to the first reflecting plate; and the second low-frequency oscillators andthe second high-frequency oscillators are arrayed into a straight line, are distributed on the bottom plate at equal intervals and are close to the second reflecting plate, and some of the second high-frequency oscillators are embedded into the second low-frequency oscillators.

The invention provides a method and system for HUD (Head Up Display) information interaction, the method comprises: setting up a direct information channel between a combination meter and an HUD through an independent asynchronous serial port communication protocol; the independent asynchronous serial port communication protocol comprises a communication protocol structure, a communication timing sequence definition and an information transmission format; the combination meter obtains current vehicle running information, and directly sends the information to the HUD through the independent asynchronous serial port communication protocol; the HUD displays the current vehicle running information. The method and system can shorten the response time of display information, reduce the time delay probability, and enable a driver to cope with the change of a running condition.

The invention provides a beam selection method and device and a storage medium. The method comprises the steps: respectively carrying out the measurement of a channel sounding reference signal SRS transmitted by at least one terminal, and determining the first spectral efficiency of each terminal; calculating second spectral efficiency of each beam group according to the first spectral efficiencyof each terminal; wherein each beam group comprises at least one beam, and each beam covers at least one terminal; and determining a target beam group according to the second spectral efficiency of each beam group. According to the beam selection method and device and the storage medium provided by the invention, the optimal coverage beam group can be determined, the splitting gain can be improved, the capacity expansion effect of the network capacity can be improved, and the overall coverage effect can be improved.

The invention belongs to the technical field of base station antennas, in particular to a two-low-frequency three-high-frequency miniaturized multi-port base station antenna. The antenna comprises a bottom plate, and a first reflecting plate and a second reflecting plate are arranged at the two sides of the bottom plate correspondingly. A first low-frequency radiation antenna array, a second low-frequency radiation antenna array, a first high-frequency radiation antenna array, a second high-frequency radiation antenna array and a third high-frequency radiation antenna array are arranged on thebottom plate, and each array comprises a plurality of first low-frequency oscillators, a plurality of second low-frequency oscillators, a plurality of first high-frequency oscillators, a plurality ofsecond high-frequency oscillators and a plurality of third high-frequency oscillators. The third high-frequency oscillators are arrayed into a straight line and are distributed in the middle of the bottom plate at equal intervals, the first low-frequency oscillators and the first high-frequency oscillators are arrayed into a straight line and are distributed on the bottom plate at equal intervalsand located between the third high-frequency radiation antenna array and the first reflecting plate, and some of the first high-frequency oscillators are embedded into the first low-frequency oscillators; the second low-frequency oscillators and the second high-frequency oscillators are arrayed into a straight line, are distributed on the bottom plate at equal intervals and are positioned betweenthe third high-frequency radiation antenna array and the second reflecting plate, and some of the second high-frequency oscillators are embedded into the third low-frequency oscillators.

A dual-power-supply input data acquisition terminal comprises a power supply module, an energy data acquisition terminal, data acquisition units and a communication bus unit. The power supply module comprises a switching power supply and a dual-power-supply shifter, the dual-power-supply shifter comprises a main power supply, standby power supplies and an intermediate relay, the main power supply is divided into two branch circuits, one branch circuit is connected with the incoming line side terminal of a normally open switch of the intermediate relay, the other branch circuit is connected with a sucking coil of the intermediate relay, the standby power supplies are connected with the incoming line side terminal of a normally closed switch of the intermediate relay, and the outgoing line side terminal of the normally closed switch is connected with the outgoing line side terminal of the normally open switch in parallel and then connected with the switching power supply. Input of dual power supplies is achieved through the dual-power-supply shifter, when one power supply breaks down, the damaged power supply is automatically switched to the other power supply, operational reliability of the data acquisition terminal is improved, and the dual-power-supply input data acquisition terminal has the advantages of being low in power consumption and cost.

The invention discloses a cell capacity expansion method and network equipment, which are used for improving the capacity expansion effect of a cell. The method comprises the following steps: determining the coverage area of a cell to be expanded and at least one covered hotspot area, wherein the service volume of each hotspot area is greater than a first preset threshold; determining at least onedifferent-frequency-band neighbor cell of the cell to be expanded, wherein the frequency band corresponding to the different-frequency-band neighbor cell is different from the frequency band corresponding to the to-be-expanded cell; determining a different-frequency-band target expansion cell of the cell to be expanded from at least one different-frequency-band neighbor cell according to the overlapping coverage degree of at least one hotspot region and each different-frequency-band neighbor cell, wherein the overlapping coverage is used for indicating the proportion of the sampling points inthe to-be-expanded cell.

The invention discloses a miniaturized multi-channel 5G anti-interference filter. The invention relates to the technical field of microwave communication. The miniaturized multi-channel 5G anti-interference filter comprises a first cavity and a second cavity, the first cavity and the second cavity are each divided into four cavities through partition plates. Resonant columns in the cavity adopt alinear arrangement structure. Index requirements can be met only through nine stages of resonance columns, due to the fact that a new topological structure is adopted, the size of the cavity is reduced, the number of the resonance columns in the cavity is reduced, the upper cover and the lower cover of the cavity are separated and can share one set of mold to be machined, and each cavity integrates access of four paths of antenna feeder networks and forms an independent unit. After the first cavity and a second cavity are assembled, the capacity expansion capability of the product is improved,the access of an antenna feeder network of eight channels can be realized at the same time, the size of the product is reduced, and the base station space required by installation is greatly saved; and the product is provided with eight signal input ports and eight signal output ports, matching of most base station control tower communication equipment can be met, and requirements can be met onlyby installing one filter on each control tower.

The invention relates to field of communication, and discloses sensor network architecture, and a networking and information interaction method. In the invention, the sensor network architecture comprises N edge nodes, M intermediate nodes and a gateway node, wherein N and M are natural numbers greater than or equal to 1; sensors are arranged on the edge nodes for collecting information; the intermediate nodes are used for collecting the information collected by the edge nodes; the gateway node is used for aggregating the information collected by the intermediate nodes, wherein within a communication cycle, the gateway node performs information interaction with at least one intermediate node, and each intermediate node performs information interaction with at least one edge node; and the gateway node, the intermediate nodes and the edge nodes are in a sleep state within time periods excluding information interaction time slots. By adoption of the embodiment of the invention, when all nodes in a sensor network do not participate in the information interaction, the sleep state can be kept for a long time, thereby saving the energy consumption of the network and prolonging the service life of the network.

The invention discloses a novel three-dimensional funeral. The novel three-dimensional funeral comprises a traditional bone ash wall; and multiple bone ash cells are arranged in the bone ash wall. The novel three-dimensional funeral is characterized in that an exterior wall is blocked by mud, concrete and the like around the bone ash wall; the top end surface of the exterior wall is lower than, equal to or higher than the top end surface of the bone ash wall; the exterior wall surrounds the bone ash wall, so that the bone ash wall becomes a structural form of buried in soil and laid to rest of bone ash; and a shared tombstone, a scenery tombstone and a display screen or two-dimensional code for sacrifice are arranged on the top end surface of the bone ash wall, so that ritualists are convenient to stand at the top end surface of the exterior wall to carry out sacrifice activities. Traditional wall funeral is changed to an underground cemetery built on the ground, so that the folk custom of laid to rest is accorded with, the sacrifice is convenient, dignity and honor are achieved, and the land saving capacity of the cemetery is preferably improved.

The invention discloses an environmentally-friendly garbage winnowing disposal device. The environmentally-friendly garbage winnowing disposal device comprises a box body, a garbage winnowing device,a breaking disposal machine and a winnowing machine. The garbage winnowing device is arranged inside the box body, a discharging pipeline is arranged on the left side of the garbage winnowing device,a small fan is arranged on the right side of the discharging pipeline, and a garbage disposal can is arranged on the left side of the small fan. A feeding inlet is formed in the upper end of the breaking disposal machine, the winnowing machine is arranged at the lower end of a vibrating screen, and a pressure sensor is arranged inside the garbage winnowing device. A hydraulic valve block is arranged on one side of a magnetic sensor, and the output end of a microprocessor is connected with the input end of a signal receiver through an interior transmission wire. According to the environmentally-friendly garbage winnowing disposal device, the breaking disposal machine is arranged and located at the rear end of the box body, and therefore construction garbage aggregate materials are conveniently poured into the device and are smashed on the spot, the large materials are turned into granular materials, and the transportation cost of the materials is reduced; and the breaking and winnowingdisposal is conducted in the closed box body, and therefore the secondary air pollution caused by the construction garbage is greatly reduced.

The invention discloses a movable pharmacy intravenous admixture system. The movable pharmacy intravenous admixture system comprises a first module and a second module, wherein the first module is provided with a first shell for defining a first inner space; the first shell is provided with a first connecting opening positioned in a first wall; the second module is provided with a second shell for defining a second inner space, and is a prefabricated unit; and the size of the second shell is smaller than that of the first shell, so that the second shell can move in the first shell or move out from the first shell through the first connecting opening. When folded, the movable pharmacy intravenous admixture system is small in whole size and convenient to convey and move; and when the movable pharmacy intravenous admixture system is unfolded, the inner space of the movable pharmacy intravenous admixture system is expanded, and various equipment and facilities required for blending of intravenous medicines can be arranged in the inner space conveniently.

The invention discloses a sundries deironing detection device of a mobile breaking workstation. The sundries deironing detection device of the mobile breaking workstation comprises a carriage, a breaking detection device and a terminal material collecting barrel. The lower end of the carriage is provided with wheels. The left side of the breaking detection device is provided with a sundries discharge pipe. The terminal material collecting barrel is installed at the left side of a small-scale screening machine. The left and right sides of the lower end of the terminal material collecting barrel are provided with mobile-type fixing keys. The lower end of a waste inlet is provided with a magnetic storage box. The left side of the magnetic storage box is provided with a conveying belt. The lower end of the conveying belt is provided with a winnowing machine. The outer wall of the left side of the carriage is provided with an active linking rod. The interior of the breaking detection device is provided with a signal receiver and a micro-processor. A magnetic sensor, a position sensor and a pressure sensor are connected by internal electric wires. An oil pump, an engine and a hydraulic valve are in the transmission connection with the corresponding sensors through signal data. The sundries deironing detection device of the mobile breaking workstation is capable of, through the installed terminal material collecting barrel made of corrosion-resistant fluorous rubber, prolonging the service life.

The invention belongs to the technical field of base station antennas, in particular to a one-low three-high multi-port base station antenna. The antenna includes a bottom plate, first reflecting plates are arranged on the two sides of the bottom plate. The bottom plate is provided with a low-frequency radiation antenna array, a first high-frequency radiation antenna array, a second high-frequencyradiation antenna array and a third high-frequency radiation antenna array. The low-frequency radiation antenna array comprises a plurality of low-frequency oscillators. The first high-frequency radiation antenna array comprises a plurality of first high-frequency oscillators, the second high-frequency radiation antenna array comprises a plurality of second high-frequency oscillators, the third high-frequency radiation antenna array comprises a plurality of third high-frequency oscillators, the low-frequency oscillators and the first high-frequency oscillators are arrayed into a straight lineand distributed in the center of the bottom plate at equal intervals, and part of the first high-frequency oscillators are embedded into the low-frequency oscillators. The second high-frequency oscillators and the third high-frequency oscillators are arrayed into a straight line and distributed on the bottom plate at equal intervals, and the second high-frequency radiation antenna array and the third high-frequency radiation antenna array are evenly distributed on the two sides of the low-frequency radiation antenna array.