37results about How to "Strong regional adaptability" patented technology

The present invention belongs to the data processing technology field, and discloses an urban bus dynamic scheduling optimization method and system. The method comprises: on the basis of obtaining information such as degree of congestion of a bus, a road congestion condition, bus real-time location and the like, establishing a three-layer scheduling decision model comprising a time frame bus-times model, a departing time decision model and a path changing model; realizing information interaction of people, vehicles and roads through an internet technology; determining optimal time frame bus times through the time frame bus-times model from the beginning of balancing bus operating cost, passenger waiting time and riding comfort; taking the maximum total meeting times and the minimum total meeting stations of an area as a target regulation departing moment through the departing time decision model so as to effectively reduce the probability of transferring and waiting; and employing the idea of being far away from a jamming road by employing the path changing model to effectively improve the running speed and reduce the following station passenger waiting time, and arranging response stations to allow passengers having missed the stations to get off.

The invention relates to an air source heat pump unit and an operating method thereof. A compressor is communicated with an indoor heat exchanger through a first on-and-off valve and a four-way reversing valve; the indoor heat exchanger is connected with a bidirectional liquid accumulator through a first one-way valve; one path is connected to the compressor through an anti-frosting coil, a third throttle valve, an outdoor heat exchanger, the four-way reversing valve, the bidirectional liquid accumulator and a second on-and-off valve; the other path is connected to the compressor through an electromagnetic valve, a second throttle valve and the second on-and-off valve; the first one-way valve is connected in parallel with the first throttle valve; the third throttle valve is connected in parallel with a second one-way valve; the compressor is communicated with the outdoor heat exchanger through the first on-and-off valve and the four-way reversing valve; and the outdoor heat exchanger is connected with the bidirectional liquid accumulator through the second one-way valve and the anti-frosting coil, and then is connected to the compressor through the first throttle valve, the indoor heat exchanger, the four-way reversing valve, the bidirectional liquid accumulator, and the second on-and-off valve. The air source heat pump unit has the advantages of wide temperature application range, frosting delay, and high-efficiency operation all year round.

The invention discloses a movable in-situ sensing and measuring device for a near-surface atmospheric composition. The device comprises an air suspension device which is taken as a moving tool for an instrument in an atmospheric layer, wherein a safety rope for ensuring safety and positioning is tied on the air suspension device; a geographical space positioning module, a microprocessor, a communication module, a gas measuring module and a gas concentration sensor are arranged on the air suspension device; the geographical space positioning module is used for receiving a signal of a global positioning system according to a data acquisition command of the microprocessor, and determining the geographical space position of the air suspension device; and the gas concentration sensor is used for detecting the concentration of a tested gas composition in the atmospheric layer, sending a command according to data of the microprocessor, and transmitting the gas concentration signal and the geographical space position to a ground monitoring center in a wireless mode. The movable in-situ sensing and measuring device for the near-surface atmospheric composition provided by the invention has rich measuring parameters, higher measuring accuracy and low cost.

The invention discloses a vehicle axle load dynamic identification method based on arch bridge suspender force influence surface loading. The method comprises the steps of extracting beam type and structure parameter control information; extracting theoretical suspender influence surface control information of the arch bridge suspender force measurement point; correcting a suspender force influence surface according to a loading test arch bridge suspender force influence line result; setting an arch bridge suspender force threshold corresponding to triggering identification of vehicle axle load identification; enabling the vehicle axle load identification system to identify a vehicle axle load through the arch bridge. The invention integrates big data, machine learning, deep learning, safety monitoring, automatic control, computer technology, precision sensing technology and other comprehensive applications, realizes reverse identification of arch bridge vehicle load based on arch bridge suspender force caused by structural dynamic load as identification parameter on the basis of extraction of structural characteristic parameters and real-time structural response, and the identification system and method for a new generation of intelligent monitoring products with intelligent calculation as the core and self-induction, self-adaptation, self-learning and self-decision as the significant characteristics are achieved.

The invention discloses a method for recovering nickel and vanadium from a waste FCC (fluid catalytic cracking) catalyst through reduction smelting. The method comprises steps as follows: a reducing agent, a collecting agent and a fluxing agent are added to the waste FCC catalyst, all components are mixed uniformly, and a mixed material to be smelted is obtained; the mixed material to be smelted is subjected to the reduction smelting by a smelting furnace at the smelting temperature of 1,500-1,700 DEG C for 15-30 min, and nickel-vanadium iron melt, slag melt and flue gas are obtained; the nickel-vanadium iron melt is subjected to casting by a pig casting machine to form nickel-vanadium ingot iron; the slag melt is subjected to water quenching cooling to form slag; the flue gas is purified by a flue gas purification system to be tail gas up to the standard, and then the tail gas is discharged. The method can greatly increase the recovery rate of nickel and vanadium, adopts a simple process and is low in production cost and high in geographical adaptability, and produced wastewater, waste gas and slag are non-toxic and have little influence on the environment.

The invention belongs to the technical field of super plasticizers and discloses a preparation method and application of a comb-shaped block polycarboxylate superplasticizer. According to the invention, a halide is used as an initiator, metal copper ions and ligands are used as a catalytic system, unsaturated acid ester is taken as a monomer, and a free radical polymerization reaction is carried out to generate a macromolecular initiator; then the macromolecular initiator is taken as an initiator and unsaturated polyether is used as a monomer to generate a comb-shaped block copolymer; and thecomb-shaped block copolymer is subjected to acidolysis to obtain the comb-shaped block superplasticizer, wherein carboxylic acid chain segments obtained by acidolysis serve as anchoring groups to be adsorbed on the surface of cement particles, and hydrophilic polyether is used as steric hindrance groups, so that dispersibility reduction of cement particles due to influence of calcium ions in cement pores on the carboxylic acid chain segments can be prevented, and finally, the cement particles are uniformly dispersed. Meanwhile, a large amount of free water generated by agglomeration is released, so that the purpose of improving fluidity of cement slurry is achieved. The super plasticizer has the characteristics of low mixing amount, high cement slurry fluidity and the like.

The invention discloses a method for dynamically identifying a vehicle axle load based on stay cable force influence surface loading. The method comprises the following steps: extracting beam type andstructure parameter control information; extracting the cable force influence surface control information of the stay cable force measurement points; correcting influence surface design parameters according to a static load test result of the cable-stayed bridge; setting a corresponding stay cable force threshold value for triggering a vehicle axle load identification system; enabling the stay cable force vehicle axle load identification system to identify the vehicle axle load; and triggering a cable-stayed bridge safety risk early warning system through a stay cable force. Big data, machinelearning, deep learning, safety monitoring, automatic control, computer technology, precision sensing technology and the like are integrated, stay cable force caused by structural dynamic load is used as identification parameters on the basis of structural characteristic parameter extraction and real-time structural response, cable-stayed bridge passing vehicle load is reversely identified, a newgeneration of intelligent monitoring product takes intelligent calculation as a core and takes self-induction, self-adaptation, self-learning and self-decision as significant characteristics.

The invention provides a special fertilizer for Lonicera macranthoides, which is characterized by comprising the following components in percentage by weight: 50.0-70.0% of composted chicken manure or any other poultry or livestock manure (by dry matter weight), 25.0-45.0% of inorganic fertilizer (by dry matter weight), and filler. The invention also discloses an application method of the special fertilizer for Lonicera macranthoides. The special fertilizer for Lonicera macranthoides has the advantages of high harmless degree, high organic content and abundant nutrient substances, and is beneficial to growth and ripening of Lonicera macranthoides.

The invention discloses dehumidification drying equipment and a dehumidification drying method controlled by new energy assistance and wide temperature section. The dehumidification drying equipment comprises a dehumidification room and a drying room, wherein the dehumidification room is arranged at one side of the drying room, an air supply room is arranged at the other side of the drying room, blowing holes are formed in the common wall of the air supply room and the drying room, and a dehumidification device and a drying device are arranged in the dehumidification room. The dehumidification drying equipment further comprises a solar air collector arranged at the top of the drying room, a collector air inlet is formed at one side of the solar air collector, a collector exhaust duct connected with an exhaust duct B is arranged at the other side of the solar air collector, and a collector electromagnetic regulating valve used for regulating exhaust air rate is arranged on the pipeline of the collector exhaust duct. According to the invention, new energy assistance and wide temperature section automatic regulation are added on the basis of conventional energy resources, so that dehumidification drying can be carried out on different varieties of grains, forest products and traditional Chinese medical materials needing different drying temperature.

The invention discloses a method for dynamically identifying a vehicle axle load by loading a vertical displacement influence surface. The method comprises the following steps: extracting beam type and structural parameter control information; extracting theoretical displacement influence surface control information of the vertical displacement measurement points; correcting the displacement influence surface according to the loading test bridge displacement influence surface result; setting a vertical displacement threshold value corresponding to triggering identification of vehicle axle weight identification; enabling the vehicle axle load recognition system to recognize the axle load of the vehicle passing through the bridge; and triggering a bridge safety risk early warning system through vertical displacement. The method integrates big data, machine learning, deep learning, safety monitoring, automatic control, computer technology, precision sensing technology and other comprehensive applications, realizes reverse identification of bridge vehicle load based on vertical displacement caused by structural dynamic load as identification parameter on the basis of extraction of structural characteristic parameters and real-time structural response, and improves the accuracy of bridge vehicle load identification. The recognition system and method for a new generation of intelligent monitoring products with intelligent calculation as the core and self-induction, self-adaptation, self-learning and self-decision as the significant characteristics are achieved.

The invention discloses a variable building skin system. The variable building skin system comprises a window module, an outer louver module, a driving module, a sensor module and a control module. The outer louver module is arranged on the outer side of the window module. The driving module is in transmission connection with the window module and the outer louver module. The sensor module comprises an outdoor unit arranged outdoors and an indoor unit arranged indoors. The control module is in communication connection with the sensor module and the driving module. The variable building skin system has the beneficial effects that variables such as the temperature and illumination of each household are monitored in real time, then data are input into a controller, the skin state needed to bereached by balancing the indoor thermal comfort degree and the indoor light comfort degree is calculated, and then a building skin component is controlled to move to reach the state by the driving module.

The invention provides a pepper vein mottle virus multi-gene joint detection and identification method, and belongs to the field of plant virus detection. The method adopts two primer pairs: CP337-F/CP337-R and CI655-F/CI655-R, and establishes a multi-gene combined detection system based on ChiVMV coat protein (CP) and cytoplasm inclusion body (CI). The method has good specificity, the sensitivityis equivalent to that of single RT-PCR and is 10<-4> orders of magnitudes, and good detection sensitivity is shown. The multi-gene joint detection system established by the invention can simultaneously detect CP and CI gene conserved region fragments of ChiVMV in one reaction, and can meet the requirements of rapid and accurate detection of capsicum vein mottle virus in port entry and exit and agricultural production.

The invention discloses a quick-building type integrated house with a honeycomb structure. A connecting assembly is used for connecting and combining plate formworks and column formworks to build a support layer, a house bottom layer, an outer wall layer, a house roof layer, a horizontal floor layer, an inner wall layer and a pipeline layer of the house; the support layer, the house bottom layer, the outer wall layer, the house roof layer, the horizontal floor layer, the inner wall layer and the pipeline layer form the honeycomb structure of the house together. Compared with other structures, the quick-building type integrated house has the advantages that the maximum stress can be obtained by minimum material, so that the more economical and firmer building can be built in comparison with similar products; the house assemblies are integrally produced in a modularizing way, the weight of assemblies is light, the mutual splicing and quick building effects can be realized, the number of assembly types is fewer, and the construction type is simple; the energy-saving and efficiency-improving effects are realized, the ecological and environment-protection functions are realized, the building, detachment and installation are quick, and the like.

The invention provides a medium-high power gas turbine mobile power station with a single main body for bearing and compact design, which consists of a main vehicle module integrating a gas turbine, a generator and corollary equipment, an electric control vehicle module, a semitrailer unit and other modularized accessory systems meeting road transportation standards, the box body chassis, the sound insulation box body, the coupler, the generator body, the generator lubricating oil system, the outgoing line busbar, the neutral point cabinet and the outlet circuit breaker cabinet are integrated on a main vehicle module in a transportation state, and the hydraulic leveling system is composed of a plurality of pairs of hydraulic adjusting supporting legs symmetrically distributed on the left side and the right side of the main vehicle module. The electric control system is integrated in the electric control vehicle module unit, the distributed I/O cabinet is distributed on the main vehicle module, and the exhaust system, the air inlet filtering system, the air inlet system, the fuel system, the power output cable and the like are installed in the running state. The high-efficiency mobile power generation device has the advantages of short construction period (no need of on-site mechanical docking), fast unfolding and starting, and large power density.

The invention discloses a powerhead for a water well drilling rig. The power head includes a hydraulic motor, a speed changing box, a centre shaft, a bearing chamber, an air seal seat, a scroll, and abit, which are successively distributed from top to bottom, and a power output shaft is arranged on the hydraulic motor; the speed changing box includes a speed changing box upper cover, a connectingshaft casing and planet gears, the bearing chamber is internally connected with an upper tapered roller bearing, a lower tapered roller bearing, and a cylinder roller bearing; the powerhead for the water well drilling rig has the advantages ofsimple structure, small size and flexibility, is convenient to transport, and has good passing ability and high regional adaptability; operation is easy andcan be completed by single person; the ability of the central shaft to withstand combined axial and radial loads dominated by axial loads is increased by tapered roller bearings; the ability of the central shaft to bear the radial load is increased by the cylinder roller bearing to prevent the central shaft from being inclined; and the planet gears work in the same working shaft, havestable structure property, uniform force, and can prevent the radial tilt of the power head.