32results about How to "Speed up aggregation" patented technology

An embodiment of the invention provides a carbon nanotube thin film, a device comprising the thin film, a carbon nanotube thin film manufacture method and a carrier substrate and relates to the technical field of display technologies, and efficiency of manufacturing the carbon nanotube thin film with carbon nanotube solutions can be improved. The carbon nanotube thin film manufacture method comprises a first step of placing the carrier substrate into a carbon nanotube suspension liquid, wherein the carrier substrate comprises a first underlayment substrate and an electrode pair formed on the first underlayment substrate, and the electrode pair comprises a first electrode and a second electrode which are arranged opposite to each other. The carbon nanotube thin film manufacture method comprises a second step of respectively applying voltages on the first electrode and the second electrode that make up the electrode pair so as to form an electric field between the first electrode and the second electrode, wherein under the effect of the electric field, carbon nanotubes in the carbon nanotube suspension liquid gather on the surface of one side, provided with the electrode pair, of the first underlayment substrate so as to form a carbon nanotube thin film.

The invention relates to a method for treating cyanogen-containing copper-containing electroplating wastewater by electrolysis and recycling copper. Compared with the existing method for treating cyanogen-containing copper-containing electroplating wastewater, the method disclosed by the invention has the advantages of being simple in process, free of secondary pollution, high in removal rate, capable of recycling deposited metal copper and recycling effluent. The method for treating cyanogen-containing copper-containing electroplating wastewater by electrolysis comprises the following steps: adding sodium hydroxide in the cyanogen-containing copper-containing electroplating wastewater to regulate concentration of OH<-> in wastewater, filtering to obtain copper hydroxide copper precipitate and filtrate; adding a certain amount of mesoporous granulate active carbon and NaCl by taking the filtrate as electrolyte; applying direct-current power for electrolysis, externally applying electrostatic fields between positive and negative electrodes, wherein electric field direction is from the positive electrode to the negative electrode; recycling the separated-out copper after separating out copper from the negative electrode; ending electrolysis when residual quantity of Cu<2+> and CN<-> in electrolyte is respectively less than 0.5mg / L and 0.1mg / L, and treating the granulate active carbon by hydrochloric acid and then recycling after separating the precipitate.

The invention provides a double-purpose steaming and soaking teapot with a condensing layer. The outer side of a teapot body is provided with a teapot spout and a teapot handle, a bearing clamping groove is formed in the middle of the inner side wall of the teapot body, a separation frame is clamped in the bearing clamping groove and comprises a cylindrical separation body, the lower end of the separation body is connected with an annular separation plate, clamping connectors are arranged at the ends of the separation plate and clamped in the bearing clamping groove, a water boiling cavity is formed below the separation plate, a steaming and boiling cavity is formed in the separation body, a water accumulating cavity is formed in the outside of the separation body and the upper portion of the separation plate, the steaming and boiling cavity is communicated with the water boiling cavity, the water accumulating cavity is communicated with the teapot spout, the upper ends of the steaming and boiling cavity and the water accumulating cavity are opened, a fixing part is arranged in the bottom of the teapot, a flow guide surface is arranged on the inner side of a teapot lid, the edge of the flow guide surface is aligned with the outer edge of the opening of the water accumulating cavity, a cooling cavity is formed in the teapot lid, a water inlet is formed in the top of the cooling cavity and hermetically screwed with a holding portion of the teapot lid, internal threads are arranged in the separation body and the fixing part, a containing box is screwed in the separation body or the fixing part, and the upper end and the lower end of the containing box are of net structures. The double-purpose steaming and soaking teapot can be used for steaming tea and soaking tea.

The invention discloses an emergency evacuation scheduling method. The invention relates to the technical field of safety protection, in the prior art, when a fire disaster, an earthquake, a traffic accident, a terrorist activity and other sudden events happen in a construction site, evacuation is performed; evacuation efficiency is low, when a fire disaster, an earthquake, a traffic accident anda terrorist activity happen, safety is ensured. Evacuation can be effectively and safely carried out. The occurrence of emergencies is avoided. People rush to an exit. Therefore, the evacuation speedis low, and a treading event is easy to occur. Furthermore, the communication between the clusters is utilized; people are prevented from losing communication due to the influence of disasters and thelike on communication facilities; people can be gathered and evacuated in a unified mode, personnel order falling and dangers are avoided, the evacuation efficiency is high, cluster head selection iscarried out in the area with high crowd density, the crowd flow is reduced, the gathering speed is indirectly increased, and therefore the evacuation efficiency is improved.

The invention relates to a centrifugal solid-liquid separation device, in particular to a solid-liquid separation device, and provides a device which can treat complicated working conditions, has high efficiency and is easy to control. The solid-liquid separation device comprises an inlet (5), an overflow port (4), a drain outlet (11), a sewage storage chamber (8), and an observation chamber; a bracket (7) arranged in the sewage storage chamber (8) is provided with a self-rotating disk (6); an auxiliary filtration mechanism comprises a first-stage filter sieve (1), a second-stage filter sieve (2) and a third-stage filter sieve (3); and a drain automatic control mechanism comprises a sensor (9), a control unit (12), a control valve (10) and a power supply (13) for supplying power to the control unit (12) and the control valve (10). By the structure, the workload of a cyclone is reduced, the solid-liquid separation device has the capacity of treating complicated working conditions, the change of particle content can be treated by the frequency and duration of opening the drain outlet, the control is simple and the cost is low; and a problem that the particle aggregation velocity in the sewage storage chamber is not predictable is solved and automatic control is realized.

The invention provides an analytic algorithm for a geographic grid in the telecommunication field. A geographic area is divided into multiple layers of independent unit grids according to the rule of space and business relationship, so that the grids become the important carriers for associating the geographic information with network management information. The network information, such as complaint, warning, work order, resources, performance, announcement and the like, can be associated with the unit grids. Based on the grid base data, an upper-level application system can combine the network information arbitrarily to derive more valuable information for the network construction. From the whole angle of the system application, the invention achieves the association algorithm of the geographic grids and the business information. The analytic method has the beneficial effects that the network resource information with the space attribute can show the value from the angle of space through the reasonable geographic association.

The invention relates to a frost inducing device for a refrigerator and the refrigerator. In particular, the invention provides the frost inducing device for the refrigerator; and the frost inducing device comprises a frost inducing plate and a first grid plate. The frost inducing plate is configured to gather water vapor and allow the water vapor to condense to frost. The first grid plate is bonded on a frost inducing surface of the frost inducing plate, and is provided with multiple through holes for allowing passing of the water vapor to divide the frost inducing surface of the frost inducing plate into multiple frost inducing areas, so that the gathering speed of the water vapor on the frost inducing plate is quickened, the water vapor gathering efficiency on the frost inducing plate is improved, the frosting is easier on the frost inducing plate, and the frost inducing effect of the frost inducing device is improved. The invention further provides the refrigerator; the refrigerator comprises a refrigerator body for limiting a storage space inside, a door body for opening and / or closing at least part of the storage space and the frost inducing device; and the frost inducing device is detachably arranged on the refrigerator body or the door body to induce the water vapor in the storage space to condense to form frost on the frost inducing device.

The invention relates to a frost inducing device for a refrigerator and the refrigerator. In particular, the invention provides the frost inducing device for the refrigerator; and the frost inducing device comprises a frost inducing plate and a first grid plate. The frost inducing plate is configured to gather water vapor and allow the water vapor to condense to frost. The first grid plate is bonded on a frost inducing surface of the frost inducing plate, and is provided with multiple through holes for allowing passing of the water vapor to divide the frost inducing surface of the frost inducing plate into multiple frost inducing areas, so that the gathering speed of the water vapor on the frost inducing plate is quickened, the water vapor gathering efficiency on the frost inducing plate is improved, the frosting is easier on the frost inducing plate, and the frost inducing effect of the frost inducing device is improved. The invention further provides the refrigerator; the refrigerator comprises a refrigerator body for limiting a storage space inside, a door body for opening and / or closing at least part of the storage space and the frost inducing device; and the frost inducing device is detachably arranged on the refrigerator body or the door body to induce the water vapor in the storage space to condense to form frost on the frost inducing device.

The invention relates to a conductive organic polymer-wrapped phenolic resin-based porous carbon composite material, comprising the following steps: (1) adding water-soluble phenolic resin and a curing agent to an absolute ethanol solution to obtain a mixture, stirring and curing, Obtaining a cured phenolic resin; (2) carbonizing and calcining the phenolic resin microspheres obtained in step (1) at a temperature of 850-950°C in an inert gas atmosphere to obtain a phenolic resin-based porous carbon; (3) converting the step ( 2) The obtained phenolic resin-based porous carbon was added to 30~60mL acetone solution, and then a surfactant was added for ultrasonic dispersion to obtain a mixed solution, and the conductive polymer monomer was ultrasonically dispersed in the acetone solution to obtain a conductive polymer monomer acetone solution , the conductive polymer monomer acetone solution was added dropwise to the mixed solution, and microwave hydrothermal reaction was carried out to obtain a conductive organic polymer-wrapped phenolic resin-based porous carbon composite material with high specific capacity, specific energy density and good cycle stability.

The invention provides a double-purpose steaming and soaking teapot with a condensing layer. The outer side of a teapot body is provided with a teapot spout and a teapot handle, a bearing clamping groove is formed in the middle of the inner side wall of the teapot body, a separation frame is clamped in the bearing clamping groove and comprises a cylindrical separation body, the lower end of the separation body is connected with an annular separation plate, clamping connectors are arranged at the ends of the separation plate and clamped in the bearing clamping groove, a water boiling cavity is formed below the separation plate, a steaming and boiling cavity is formed in the separation body, a water accumulating cavity is formed in the outside of the separation body and the upper portion of the separation plate, the steaming and boiling cavity is communicated with the water boiling cavity, the water accumulating cavity is communicated with the teapot spout, the upper ends of the steaming and boiling cavity and the water accumulating cavity are opened, a fixing part is arranged in the bottom of the teapot, a flow guide surface is arranged on the inner side of a teapot lid, the edge of the flow guide surface is aligned with the outer edge of the opening of the water accumulating cavity, a cooling cavity is formed in the teapot lid, a water inlet is formed in the top of the cooling cavity and hermetically screwed with a holding portion of the teapot lid, internal threads are arranged in the separation body and the fixing part, a containing box is screwed in the separation body or the fixing part, and the upper end and the lower end of the containing box are of net structures. The double-purpose steaming and soaking teapot can be used for steaming tea and soaking tea.

The invention relates to a wireless data collecting method based on dynamic time slot allocation, and belongs to field of data collecting and wireless communication application. According to the wireless data collecting method, a plurality of wireless collection nodes are evenly distributed around a wireless sink node; transmission timeslots and timeslot lengths of the wireless collection nodes are dynamically controlled by the wireless sink node according to the number of data collected by each collecting node; the timeslot length distributed to each wireless collection node is in direct proportion to the number of data collected by the node; distributed data collecting is achieved by the wireless collecting nodes in cooperation with each other, and data are sent to the wireless sink node; the data are sent to a PC by the wireless sink node and are analyzed and processed by data processing software on the PC, and the result is displayed afterwards. The wireless data collecting method based on dynamic time slot allocation facilitates arrangement and installation, effectively improves data transmission efficiency of a distributed data collecting system, and has wide application prospects in fields like industrial monitoring and military.

The invention relates to a data aggregation method and apparatus. The method comprises the steps of receiving an input condition sent by a user terminal; querying an index tree according to the input condition of the user terminal; obtaining an index characteristic matched with the input condition; obtaining a storage address, corresponding to the index characteristic, of a characteristic value of the index characteristic; obtaining the characteristic value of the index characteristic corresponding to the storage address of the characteristic value of the index characteristic from a characteristic value memory according to the storage address of the characteristic value of the index characteristic; and sending the characteristic value of the index characteristic to the user terminal. Therefore, the quantity of characteristic values called from the characteristic value memory is reduced, the calculation amount in the data aggregation process is reduced, and the data aggregation speed is increased.

The invention discloses a northbound interface data processing method and device for an operation and maintenance center (OMC). The method comprises the following steps: reading an XML file, and loading configurations according to the type of the XML file, wherein the configurations at least include a label type configuration and an output configuration; performing pattern matching for labels in the XML file according to the label type configuration; and outputting a pattern matching result according to the output configuration.

The invention provides a tea-steaming teapot with a condensation layer. The tea-steaming teapot with the condensation layer is characterized in that a teapot body is provided with a teapot spout and a teapot handle, a water boiling cavity is arranged on the lower portion of the teapot body, a steaming cavity and a water accumulation cavity surrounding the steaming cavity are arranged on the upper portion of the teapot body, the water accumulation cavity is communicated with the teapot spout, the upper ends of the steaming cavity and the water accumulation cavity are open, a flow guide face is arranged on the inner side of a teapot lid, the edge of the flow guide face is flush with the outer edge of an opening of the water accumulation cavity, a cooling cavity is arranged in the teapot lid, a water inlet is formed in the top of the cooling cavity and is hermetically screwed on a holding portion of the teapot lid, an accommodating box is arranged in the steaming cavity, and each of the upper end and the lower end of the accommodating box of a net structure. The tea-steaming teapot with the condensation layer has the advantages that water for steaming tea soup is impurity-free distilled water containing mineral substances of tea leaves; the water boiling cavity is positioned on the lower portion of the teapot body while the water accumulation cavity is positioned on the upper portion of the teapot body, and accordingly the tea soup in the water accumulation cavity can be poured out when a user pours tea out, but steaming water in the steaming cavity cannot be poured out; the cooling cavity can accelerate liquidation of water vapor, so that steaming efficiency is improved and gathering speed of the tea soup in the water accumulation cavity is increased.

The invention proposes a method for processing network security alarms based on confidence, which includes three steps of acquiring confidence, grading and eliminating alarms, and aggregating alarms. The step of obtaining the confidence degree adopts a machine learning method, and obtains the confidence degree of the original alarm through the machine learning model. Then use the confidence level to remove and classify the original alarms. After the grading is completed, the alarms confirmed as attacks are first aggregated to obtain high-level alarms. If the obtained high-level alarms are not enough to meet the analysis requirements, alarm aggregation is performed on highly suspected alarms to obtain more high-level alarms.