1001results about How to "Improve reuse rate" patented technology

The invention discloses a human and artificial intelligence cooperative working service system and method. The human and artificial intelligence cooperative working service system comprises a robot cluster, a customer service seat end and a server; the robot cluster comprises more than one robots; and the server associates the customer service seat end with more than one robot. The robots are deployed in the use fields of clients and provide a business consultation service for the clients. The customer service seat end is deployed on a working computer of customer service personnel; and the customer service personnel connects with the server by using the customer service seat end so as to connect with the robots. According to the human and artificial intelligence cooperative working service system and method disclosed by the invention, in the aspects of human-computer interaction, environmental perception, motion control and the like, the service is provided in a mode that the customer service personnel and the serving robots cooperatively work; the defects generated when complex problems are handled by artificial intelligence are made up by the customer service personnel; the defect of memory ability of the customer service personnel is made up by artificial intelligence; and reusability of the customer service personnel is improved so as to provide a better service and promote user experience. Meanwhile, a use amount of the customer service personnel is saved for an enterprise so as to save cost.

The invention provides an application programming interface automatic test method, system and device, and a storage medium. The application programming interface automatic test method includes the following steps: obtaining Excel files to be processed; obtaining test case data from the Excel files according to a preset format, wherein the test case data includes a test name corresponding to each test case, an application programming interface service address, an interface name, test modes, test request parameters, and verification methods; and executing each test case according to the test case data. The method simplifies the writing method of the test case, and the tester can complete the the writing method of the test case by only filling in the corresponding position data in Excel, without the need of understanding the code itself. The existing test report of a preset format is modified into the test report corresponding to each test case according to the data in the Excels, which improves the conversion rate of the test case, and improves the reuse rate of the test case through the reuse of the test report.

The invention discloses a method and device for calculating a sub pixel motion vector based on an H264 protocol. The device is used for calculating the sub pixel motion vector of a macro block, and comprises a buffer unit, a main control unit, a reference frame reuse and maintenance unit, an SAD cost calculation unit and an SAD cost selection unit. In the process of calculating the sub pixel motion vector of the H264 protocol, an original block pixel is obtained based on the size of a 16 x 16 block, so that the reusability of original block pixels of a 8 x 8 block and a 4 x 4 block can be guaranteed; and when acquiring a reference block pixel, a corresponding relationship between integer pixel motion vectors is recorded according to the reference frame reuse and maintenance unit, reference block pixels of different sub-blocks of the integer pixel motion vectors are acquired selectively, and reference block pixels of the same integer pixel motion vector are not acquired repeatedly, so that the reusability of a reference pixel can be greatly improved, the calculation efficiency of the sub pixel motion vector can be improved, the power consumption can be saved, and the hardware cost can also be saved.

The invention relates to the field of industrial wastewater treatment processes and provides a method for deeply treating, desalting and recycling industrial wastewater with high salt content. The method comprises the following steps: 1) carrying out efficient coagulation treatment on the industrial wastewater with high salt content to obtain supernatant; 2) carrying out chemical precipitation on the supernatant obtained in the step 1) to remove high valence ions with valence higher than bivalence in the wastewater; 3) carrying out catalytic ozonation treatment on the supernatant subjected to chemical precipitation in the step 2); 4) carrying out multi-media filtration, precise filtration and membrane filtration treatment on the wastewater subjected to catalytic ozonation in the step 3) in sequence; and 5) carrying out electrodialysis reversal treatment on the effluent obtained after membrane filtration in the step 4). By adopting the method, organic matters, bacteria, colloids, suspended particles, Ca<2+>, Mg<2+> and high valence ions, other soluble inorganic salts and the like in the industrial wastewater with high salt content are removed by utilizing the coupling and synergistic effects of different unit technologies, thus achieving deep treatment, desalting and recycling of the industrial wastewater with high salt content.

The technological process of treating papermaking effluent for reuse based on membrane integrating technique has membrane bioreactor, continuous membrane filter and reverse osmosis unit integrated for high efficiency treatment of papermaking effluent. The papermaking effluent treating process includes drum filtering and flocculating deposition to eliminate most suspended matter and colloid matter, anaerobic and aerobic biochemical treatment, filtering in membrane separating element, continuous membrane filtering, and treating with reverse osmosis membrane to reach the papermaking water standard. The present invention is especially suitable for treating hard-to-treat papermaking effluent.

A connection controlling method of integrating a time synchronous code division multiple access with a automatic-organizing network belongs to the mobile communication field of the communication technology, based on keeping the unitive air interface of TD-SCDMA honeycomb network physic frame invariable construction, the method is a multi-channel synchronization connecting control method based on the preset pattern and distributing pattern control, the time span resource is divided into the control channel and the data channel by the OVSF (Orthogonal Variable Spreading Factor), thus improving the time span reusability through terminal to terminal status to expose the terminal problem, the method maintains the time span status of node within two jumps time span, and realizes the conflict-free wireless connection within two jumps time span; thereby solving the problems of realizing the conflict-free visit time span and performing the reliable alternation communication under integrating network and multi-communication modes.

The invention provides a JTAG (joint test action group) debug method of a multi-core processor. A multichannel test interface controller is connected between a standard test access port controller and a simulator JTAG debug interface of every processor core. The debug method comprises the following steps that: firstly, a system is electrified, and the functional state machine of the multichannel test access port controller enters the state of test logic reset; secondly, a debug command is sent, and specific TCK (testing clock), TDI (testing data input) and TMS (testing method select) signals are output through the simulator JTAG debug interface, so that state control modules enter states in sequence; thirdly, selective signals are sent, and a control register is configured; fourthly, after one-clock cycle of delay, the information in the control register is loaded to a state register; and fifthly, after finishing the selection of the processor cores, the debug command is sent, and the debug procedure of a single-core processor is carried out. The invention effectively completes the selection and the control of every processor core and the storage and the feedback of debug information, so that the reliability is promoted.

The invention discloses a web end UI (user interface) component application frame system, which comprises a page engine. The web end UI component application frame system is characterized by further comprising a component designer and a layout designer, an interface is displayed by the component designer according to a simulation portion of an XML (extensible markup language) document, and attributes and events of components are listed; the layout designer is used for designing layout of the components on a page and setting interface simulation and an attribute configuration mode of the HTML (hypertext markup language) page; only a public method required by the page engine is provided after the components are packed by the aid of FACADEPATTERN; and the page engine drives a data loading procedure of the integral page, and controls presence and default behaviors of the components.

The invention provides an application converting method and device and equipment. The method comprises the steps that a file of an application subprogram is obtained, wherein the application subprogram is an application program running depending on a master application program; according the file of the application subprogram, an executable file supporting running at a Web terminal is generated; according to the executable file and the second entry file supporting running at the Web terminal, a Web application file is generated, and the executable file is quoted in the second entry file. In the application converting method and device and the equipment, the technical scheme that the file of the application subprogram is converted into the file of the Web application is provided, so that the Web application with the functions identical to that of the application subprogram does not need to be developed separately, so that the labor and time cost required for developing the Web application is saved, the development efficiency is improved, the Web application and the application subprogram which are identical in function share the same set of basic source codes, and the code reuse rate is improved.

The invention discloses a method for processing and separate recycling of printing and dyeing wastewater, which comprises the following steps: after the printing and dyeing wastewater is firstly processed by an anaerobic reactor, a hypoxia reactor and an aerobic reactor, the separate recycling of part of the water is used for a desizing process of printing and dyeing technology; then, after the rest wastewater is processed by an aerator biofilter, the separate recycling of the part of the water is used for a boiling-off process of the printing and dyeing technology; then, after the rest wastewater is processed by an ultrafiltration reactor, the separate recycling of the part of the water is used for bleaching process and mercerization process of the printing and dyeing technology; finally, the rest water is processed by an anti-permeability reactor and the separate recycling of the part of the water is used for dyeing process, printing process and ordering process. After being processed by the invention, the printing and dyeing wastewater can be carried out the separate recycling quickly and high-efficiently and the recycling rate of the wastewater reaches more than 70 percent; meanwhile, the fee of processing and recycling the wastewater can be saved; the service life of advanced treatment equipment can be prolonged, which is easy for a large-scale industrialized application.

High-temperature-resisting easy collapse molding sand is made from, by weight, 240-280 parts of quartz sand, 50-55 parts of lightweight calcium carbonate powder, 20-30 parts of hollow ceramic microspheres, 10-15 parts of hollow glass microspheres, 40-55 parts of aluminum silicate powder, 25-30 parts of titanium dioxide, 35-40 parts of fluorite nano-powder, 30-40 parts of gypsum whisker, 60-70 parts of expanded perlite, 10-15 parts of talcum powder, 2-4 parts of sodium metasilicate, 1-2 parts of glucose powder, 1-2 parts of urea, 1-2 parts of chlorinated paraffin, and a proper amount of water. The materials such as the hollow ceramic microspheres and the hollow glass microspheres are used, so that the molding sand is fine in breathability and fluidity; meanwhile, the lightweight calcium carbonate, the glucose, the urea and the like are used, so that the molding sand is fine in high temperature collapsibility, high dry strength of sand molds, high in wet bonding power, excellent in sticking resistance and applicable to various hardening manners; drying time after CO2 hardening is shortened, and reuse rate of used sand can be increased significantly.

The invention provides a dynamic service flow display device, which comprises a flow processing module, a database and a display module, wherein the flow processing module is communicated with the database and the display module respectively. At least one service flow template is stored in the database; the flow processing module calls the required service flow template according to the requirement of the service processing process to complete service processing; and the display module is used for displaying the service processing progress. According to the technical scheme, each link of the system service processing flow can be clearly displayed, and monitoring management of the system flow is facilitated. The modification flow can be configured in a mode of increasing or reducing nodes, so that the code reusability and the usability are improved.

The invention discloses a method for monitoring GOOSE communication status of an intelligent substation. The method comprises the steps of obtaining a SCD file of the intelligent substation, configurating a GOOSE configuration file of each IED device of the intelligent substation according to the SCD file, and downloading the GOOSE configuration files to the corresponding IED devices; generating GOOSE messages corresponding to the IED devices according to the GOOSE configuration files; obtaining the GOOSE messages, required to be monitored, of the IED devices in a subscription mode; detecting the GOOSE communication status of the IED devices according to the GOOSE messages; conducting warnings on the corresponding abnormal status according to the detection result. The invention further provides a device for monitoring the GOOSE communication status of the intelligent substation. With the technology of the method and device for monitoring the GOOSE communication status of the intelligent substation, real-time detection on the GOOSE communication status can be achieved, the corresponding warnings can be carried out according to the detection abnormal result, system integration cost can be reduced, the code reuse rate and the communication efficiency are high, and the method and device is convenient to achieve and has good application prospects.

The invention discloses a system for cleaning and treating recycled PET bottle chips with high cleanliness. The system comprises a first pre-washing device, a first grinding device, an air separation device, a vibratory screening device, a cleaning device, a rinsing device, an output device, and a rinsing water processing subsystem. The first pre-washing device, the first grinding device, the air separation device, the vibratory screening device, the cleaning device, the rinsing device and the output device are connected in sequence; and the rinsing water processing subsystem recycles the rinsing water from the rinsing device, and sends the water back to one or two or three of the first pre-washing device, the rinsing device and the cleaning device for reutilization after the rinsing water is filtered and purified. The PEC bottle chip cleaning and treating system fully takes impurities, pollutants, etc. in the recycled PEC bottle into consideration, and utilizes each device to clean the bottle with pertinence, thus obtaining PET bottle chips with high cleanliness; and the subsystem is adopted to treat and recycle the water, thus reutilizing waste water, greatly improving the reutilization rate of waste water and greatly saving the water resource.

The invention provides soil ectopic leaching restoring complete equipment, belongs to the technical field of site contamination repairing, and solves the problems that existing leaching equipment is generally poor in soil texture applicability, single in repairable pollutant, numerous and jumbled in leaching equipment system, high in operation intensity, large in water consumption and drainage quantity and the like. The equipment comprises a wet-type screening mechanism, a spiral classifying mechanism, a leaching restoring mechanism, a waste water treatment mechanism and a waste water recycling mechanism which are arranged successively, and polluted soil is separated from the spiral classifying mechanism and the leaching restoring mechanism via the wet-type screening mechanism to obtain coarse gravels, fine gravels and clean soil so as to implement a soil ectopic leaching restoring process. The soil ectopic leaching restoring complete equipment is suitable for restoring of heavy metal and / or organic polluted soil and ectopic leaching restoring of soil with different grain diameters, and has the advantages of wide application range, good decrement effect, stable repairing effect, simplicity and convenience in operation and running, small water consumption, high waste water recycling rate and the like.

The invention discloses a zero-sewage discharge novel process for development of natural gas fields. The zero-sewage discharge novel process comprises the following steps of: classifying sewage in a gas field into normal production sewage, domestic sewage, overhauling sewage, accident waste liquid, rainwater, production wastewater and gas field water, and collecting separately; next, guiding the normal production sewage, domestic sewage, overhauling sewage, accident waste liquid and initial rainwater to a biochemical treatment unit, guiding the production wastewater to an electrodialysis treatment unit and guiding the gas field water to a gas field water pretreatment unit; guiding all of up-to-standard sewage which is treated by the biochemical treatment unit previously and not completely recycled, concentrate generated after the treatment of the electrodialysis treatment unit and the gas field water treated by the gas field water pretreatment unit to an evaporative crystallization unit for advanced treatment; and after the quality of the water is up to the standard, recycling the water as make-up water for circulating cooling water or water for other production in the gas field, and separating out pollutants from the sewage in the form of crystalline salts, backfilling or recycling the crystalline salts, and finally, realizing zero discharge of the sewage.

The invention relates to a method for switching an Ethernet integrating circuit switching and packet switching, wherein an output slot of an output-port part of the Ethernet is divided according to unit transmission time of a fixed-length Ethernet frame and each output slot is flexibly appointed to participate the packet switching or a time division switching; after the input-port part of the Ethernet receives the fixed-length Ethernet frame, corresponding list items forwarded according to L2 / L3 of a switching unit is to switch the participate time division switching fixed-length Ethernet frame to the appointed slot of the appointed Ethernet port or to switch the participate packet switch ,the output-port part of the Ethernet port sends the fixed-length Ethernet frame according to serial number of the output slot under coordination of synchronization information. And a corresponding Ethernet switching device (500) consists of a switching unit (510), a forwarding table (520), at least two Ethernet ports (530) which are time-division multiplexed according to the unit transmission time of the fixed-length Entherent and a synchronization unit (540) used for keeping network synchronization.

The invention discloses a coal chemical industry wastewater zero emission technology and special equipment thereof. Targets of coal chemical industry wastewater zero emission, high fresh water recycling and resource recycling are achieved due to the fact that the coal chemical industry wastewater is collected in a classified mode and processed according to quality to improve the water recycling rate and obtain industrial salt.

The invention belongs to the technical field of waste water treatment, particularly relates to an advanced treatment process for fermented pharmaceutical waste water, which comprises the following steps: placing the pharmaceutical waste water after being subject to bio-chemical treatment into a Fenton reactor to perform oxidation treatment, and performing coagulating precipitation, ultra-filtration and reverse osmosis. The advanced treatment process for the fermented pharmaceutical waste water overcomes the shortcoming that limitation of potential of hydrogen (pH) in a Fenton method needs to be adjusted in the waste water treatment of biopharmaceutical industry, operation is simple, waste water treatment efficiency and reuse rate are high, and operating cost is low.

The invention relates to a rainwater discarding / afflux device which comprises a discarding well and a water storage pond, wherein a water inlet pipe, a water outlet pipe and a discarding pipe are arranged inside the discarding well; the water inlet pipe is communicated with a rainwater pipe network; the water outlet pipe is communicated with the water storage pond; the discarding pipe is communicated with a municipal sewage pipe network; and the rainwater discarding / afflux device is also provided with an automatic on-off electric control valve of a liquid level control signal and a PLC (programmable logic controller ) system. The rainwater discarding / afflux device has the characteristic of high automatic operation; the problems of the automatic on-off and the discarding time control of a discarding valve are solved effectively; the design plays the role of rectification; the advantages that traditional overflow well and rectifying well discharge the precontamination rainwater in a mode of overflow are integrated; and the disadvantages that the traditional overflow well and rectifying well cannot discard the rainwater of fixed quantity at regular time are abandoned.

The invention relates to a desulfurization wastewater treatment system. The system is used for treating desulfurization wastewater from a desulfurization system, and comprises a pretreatment system, a membrane treatment system and an evaporative crystallization system which are arranged sequentially, wherein the pretreatment system is used for pre-treating desulfurization wastewater, the membrane treatment system is used for deeply treating the pretreated desulfurization wastewater, and the evaporative crystallization system is used for vaporizing and crystallizing the concentrate in the membrane treatment system to obtain crystalline salt. According to the desulfurization wastewater treatment system, the pretreated desulfurization wastewater is treated by a nano-filtration treatment system to separate monovalent and divalent ions, so that quality-divided recycling of desulfurization wastewater can be realized, and the reuse rate of water can be improved; and the water output from a reverse osmosis system is used to wash the nano-filtration treatment system, so that the dosage of a softening agent in a softening and clarifying system and the dosage of a scale inhibitor in the nano-filtration treatment system can be respectively reduced.

The invention discloses an energy-saving recycling combination system for industrial circulating cooling water. The system comprises two circulating cooling water systems, namely, a sealed-type circulating cooling water system and an open-type circulating cooling water system and specifically comprises a cold water tank, a water treatment process device, a cooling water supply pump, a pressure sensor, a flow sensor, a cooled device, an intermediate water tank, a lift pump, a cooling tower, a heat pump set, a hot water tank, a liquid-level sensor and an electronically controlled device and is an energy-saving and water-saving optimized combination system for industrial circulating cooling water. Serial-type water supply is adopted in the sealed-type circulating cooling water system, parallel-type water supply is adopted in the open-type circulating cooling water system, the utilization rate of the cooling water is increased to a maximize extent and the water supply amount of the cooling water is decreased. Since the system is provided with the water treatment process device, the water quality of the circulating water is improved, the sewage discharge capacity is decreased and the concentration multiple of the circulating water is increased. By arranging the heat pump set in the system, the low-temperature waste heat of the return water of the cooling water is effectively recovered, the evaporation amount is reduced and the effective utilization of the heat source is achieved and the system has important practical values.

The invention discloses a Web front end message bus system, relates to the technical field of information, and especially relates to the technical field of Web front end control. The Web front end message bus system is composed of a Message module, an Event module and a plug-in module. The Message module is composed of a Store component, a Getter component, a Setter component and an Action component. The Event module is composed of a data register component, a data notification component and a data distribution component. The invention aims at solving the problem of communication among Web front end components, a set of unified standard is defined for the communication among the Web front end components, and each component performs communication by using a unified communication mode. For Web front end configuration, the components are developed by focusing on the Web front end message bus system, the Web front end technology ecological environment and technology stack inside enterprises are formed, the reuse rate of the Web front end components is increased, production efficiency of project development is improved, and project operation cost is also reduced.

The invention discloses a subway section passenger flow statistics and pedestrian retrograde motion detection method based on a multi-target tracking algorithm. According to the invention, an online multi-target tracking algorithm is applied to a subway monitoring scene, a subway monitoring video is used to make a sample set for training a detector, and a large-scale pedestrian re-identification data set is used to train an appearance feature extraction network. The performance of a tracking algorithm is improved by integrating motion information and appearance characteristics, each pedestriantarget in a scene is tracked through the algorithm, then passenger flow information is counted through logical judgment between the tracking target and a set trip line, and meanwhile, the retrogradebehavior of a traveler can also be detected.

The invention discloses a method for recycling and treating electroplating wastewater. The method comprises a nickel-containing wastewater treatment technology, a chromium-containing wastewater treatment technology, a cyanogen-containing wastewater treatment technology, a comprehensive wastewater treatment technology and a wastewater recycling and treatment technology. According to the method disclosed by the invention, heavy metal ions and organic pollutants in the electroplating wastewater are effectively removed by adopting a technology combining physical chemistry, electrochemistry, physical filtering, membrane separation and the like, so that the electroplating wastewater is efficiently recycled and utilized; pollution and dangers, caused by the fact that the electroplating wastewateris discharged, to the peripheral ecological environment are avoided; the method disclosed by the invention is reasonable in design, the recycling rate of the electroplating wastewater is improved, and energy saving and emission reduction are saved.

The system comprises: a graphic user interface module used for displaying the data information of graphic user interface, and writing said data information of the graphic user interface data information into a command line data set, and providing an operation menu or button; a configuration data module used for recording the confirmation data of the graphic interface; a command line creating module used for converting the graphic user interface data information into a command line interface command; the command line execution engine module used for sending the command line interface command to the serving end; a command line processing module used for receiving the command line interface command.

The invention discloses a neural network accelerator suitable for edge equipment and a neural network acceleration calculation method, and relates to the technical field of neural networks. The network accelerator comprises a configuration unit, a data buffer unit, a processing matrix component (PMs) and a post-processing unit, and a main controller writes feature parameters of different types ofnetwork layers into a register of the configuration unit to control the mapping of different network layer operation logics to the processing matrix hardware, so as to realize the multiplexing of theprocessing matrix component, i.e., the operation acceleration of different types of network layers in the neural network is realized by using one hardware circuit without additional hardware resources; and the different types of network layers comprise a standard convolution layer and a pooling network layer. The multiplexing accelerator provided by the invention not only ensures the realization of the same function, but also has the advantages of less hardware resource consumption, higher hardware multiplexing rate, lower power consumption, high concurrency, high multiplexing characteristic and strong structural expansibility.

The invention discloses a web page publishing method and a web page publishing system, and the method comprises the following steps: sequentially loading various functional zones of a page; to the functional zones demanded to be loaded, reading components and templates configured in the functional zones from a database; processing the corresponding components to obtain data in the functional zones; loading the data into the templates to complete loading of the functional zones; obtaining a complete page after loading all functional zones; publishing the page. According to the method and the system, the page can be flexibly configured so that the repeated development is reduced and the development efficiency is improved.

The invention discloses a method for extracting vanadium by stone coal through acid leaching, which mainly comprises process steps of: crystallizing vanadium ammonium aluminum sulfate by stone coal acid leaching solution; performing neutralization or oxidation neutralization on a liquid after the crystallization to precipitate the vanadium; performing water leaching on vanadium precipitation residue after the alkaline leaching or the roasting by sodium salt; performing vanadium precipitation by ammonium salt on vanadium leaching solution; pyrolyzing ammonium metavanadate; transforming the vanadium ammonium aluminum sulfate and the like. The method has the advantages of less reagent consumption, low production cost, good product quality, high comprehensive utilization rate of resources, less produced waste, environmental protection and the like.

The invention discloses a method and a system for treating desulfurization wastewater, which are applicable to treating the wastewater generated from limestone-plaster wet flue gas desulfurization and other wastewater with high salt content. The system comprises a spray drier, a flue gas transport pipeline, a dust catcher, a smoke exhaust fan, a waste ash outlet and the like. The method comprises the steps: in the spray drier, hot flue gas and the desulfurization wastewater exchange heat through convection contact, so as to change the wastewater to particles and wet flue gas, discharge the settled particles and remove the wet flue gas and the suspended particles through the dust catcher. The method and the system have the advantages of low cost, little area occupation and low energy consumption, which can realize zero discharge of the wastewater of the limestone-plaster wet flue gas desulfurization technology and improve contribution.