70results about How to "Strong advanced" patented technology

The invention discloses a processing method for comprehensively recovering high manganese asbolite, belonging to the field of hydrometallurgy. In the processing method, the high manganese asbolite is processed through four processing steps comprising (1) reduction leaching, (2) primary cleaning, (3) manganese and cobalt separation and (4) extraction separation to obtain a product manganese carbonate, copper sulfate, nickel carbonate or cobaltous sulfate. The processing method has the advantages that the source of raw materials is wide, the process and equipment are simple, the operation is stable, the energy consumption is low, the production cost is low, the practicability is wide, and the economic effect and the society effect are obvious.

The invention relates to a connector device for replenishing gas and liquid on the orbit. The connector device is used for replenishing gas and liquid for a target satellite by a service satellite on the orbit. The connector device comprises an active mechanism and a passive mechanism. The service satellite and the target satellite are positioned and conveniently separated through guide devices on respective butt-joint surfaces of the active mechanism and the passive mechanism, the service satellite and the target satellite are caused to move relative to each other through a drive mechanism having the axial spacing function, and the service satellite and the target satellite are locked through a positioning locking structure, so that the service satellite and the target satellite are guaranteed to be at fixed positions relative to each other in the on-orbit gas-liquid replenishing process. Through the measures, the efficiency of the on-orbit gas-liquid replenishing process is improved, and the safety of the on-orbit gas-liquid replenishing process is guaranteed.

The invention provides a semi-physical simulation technique device for an autonomous navigation system of an unmanned coaxial helicopter. The device consists of a helicopter-mounted navigation computer, a helicopter-mounted navigation branch box, a navigation control displayer and a navigation simulator, wherein the helicopter-mounted navigation computer is crossed and linked with the navigation simulator by the navigation branch box to form an unmanned helicopter autonomous navigation simulation loop; and the helicopter-mounted navigation computer is also crossed and linked with the navigation control displayer by the navigation branch box to realize the control and test of the helicopter-mounted navigation computer. The device creates a general development platform for the unmanned helicopter navigation system, and can test the function/performance and reliability of the navigation system under conditions of simulating actual flight; the semi-physical simulation technique which the invention relates to has good advanced property, generality and practicability; and the semi-physical simulation environment which the invention relates to has the advantages of careful design, simple structure and good operability. Practice shows that the device reduces the development period and risk of the navigation system, and has good technical and economic benefits.

The present invention discloses SBS pitch fluid for repairing road pits and holes after cold mixing and its production process. The SBS pitch fluid has the material comprising diesel oil 7-10 wt%, glycol 4-5 wt%, gasoline 8-10 wt%, SBS 6-8 wt%, antiager 5-10 wt% and stripping resisting agent 0.3-0.4 wt% except pitch. The production process of the SBS pitch fluid is also disclosed. The SBS pitch fluid is liquid at normal temperature and low temperature and may be mixed directly before being used, so that it may be used conveniently all the year round without environmental pollution caused by heating pitch.

The invention relates to an epoxy-pouring full-insulation solid isolating switch, which comprises an isolation body, a grounded contact, an isolation contact, a middle contact, an isolation moving contact, a driving screw rod, a fixed nut and a driving gear part, wherein the grounded contact and the isolation contact are arranged at two ends of the isolation body respectively, the middle part of the isolation body is provided with the middle contact, the upper end of the isolation contact is connected with a bus contact through a bus-bar, the bus contact is arranged on the top of the isolation body, and the isolation moving contact is always contacted with the middle contact through a watch chain sensing finger. The isolation switch slides between two positions of the middle contact and the isolation contact or the middle contact and the grounded contact to form the conduction or the isolation grounding of the isolating switch. The entire isolating switch is poured into a fully-sealed integral structure with epoxy resin.

The invention belongs to the technical field of civil engineering tests and relates to a fully-automatic test method for long-time deformation of a nonmetal anti-floating anchor rod. Firstly, calibration is conducted on a loading sensor and a hydraulic type centre hole jack, so that precision of the loading amount applied on each level in the test process is guaranteed; in the test process, it isrequired to guarantee that all components are in close contact; the counter force of the hydraulic type centre hole jack is controlled through a pressure sensor arranged on an electric oil pump, and the pressure sensor arranged on the electric oil pump can be calibrated through the loading sensor; and by means of an anchor rod test analysis system, the allowable off-load range is set. By means ofthe fully-automatic test method, automatic load replenishment can be achieved; it is guaranteed that the load on each level is constant for a long time; the process of the fully-automatic test methodis simple and convenient to implement; and an adopted device is simple in structure, convenient to test, high in test precision, great in operability and capable of achieving fully-automatic monitoring.

The invention belongs to the technical field of aviation test flight, and particularly relates to a flutter data processing framework based on a flight test. The flutter data processing framework based on the flight test comprises a platform management system, a basic function module, an auxiliary function module and a bottom layer supporting module; the platform management system is used for resource dispatch and operational process management of a platform, the basic function module is used for processing data of a general flutter flight test, the auxiliary function module is used for analyzing flutter test flight data which are specific or are not provided with a currently established clear data processing technology system, the bottom layer supporting module is used for providing a basic environment supporting normal operation of the platform and basic software shared by each function module of the platform. The flutter flight test data processing platform concept and a top layer design framework are primarily raised, a plurality of layers such as a flight test mode, an incentive mode, the observation signal property, a processing mode, a processing task, a processing method and the like are projected in one unified framework, and therefore tradition, modernization, existence and development are coordinated in a higher level.

The invention relates to a steel rail surface flaw detection system and method based on machine vision and pulse eddy currents. The system comprises a vision flaw detection subsystem, a pulse eddy current flaw detection subsystem, a data transmission subsystem and a data processing subsystem. The system and method are adopted, the detection system based on the machine vision and the pulse eddy currents is constructed through an embedded technology, by scanning and detecting a steel rail, the detection results of the machine vision and the pulse eddy currents are integrated, the size of a flawis judged in combination with characteristics of the flaw area, the length-width ratio and the like, and whether a defect exists or not on the surface of the steel rail is judged; an internet-of-things technology is introduced for wireless signal transmission, the functions of real-time detection, on-line locating, remote control and the like can be achieved, a 4G-LTE transmission function is added, Mobile, Unicom and Telecom 4G high-speed access is achieved, multi-system communication access is supported at the same time, the system and method have high stability, and flaw detection is conducted on the steel rail in real time at a super long distance; a pulse eddy current technology, a machine vision technology and the internet-of-things technology are utilized by the system and method, and the system and method have high application value.

The invention discloses a high-rise deviation-rectifying static pressure anchor rod pile and broken pile underpinning supporting device and a monitoring method thereof. More static pressure anchor rod pile reinforcing structures are arranged on the side with large settlement displacement, a small number of static pressure anchor rod pile reinforcing structures and broken pile underpinning jack structures are arranged on the side with small settlement displacement, an original pile foundation, the static pressure anchor rod pile reinforcing structures and the broken pile underpinning jack structures jointly underpin and support an original inclined high-rise building on a basement floor structure, and through lifting adjustment of underpinning jacks, deviation-rectifying construction of the inclined high-rise building is conducted. A broken pile underpinning deviation-rectifying construction real-time monitoring system receives wireless transmission data information of a GPS automatic deviation-rectifying displacement monitoring system and a structural stress strain monitoring network system, parameters of a finite element calculation model are corrected, a reasonable deviation-rectifying construction scheme is formulated, the broken pile underpinning deviation-rectifying construction real-time monitoring system commands forced landing displacement numerical values of the jacks of the underpinning jack structures, and deviation-rectifying construction of the inclined high-rise building is electronically monitored.

The invention discloses an easily-degradable anti-shrinkage polypropylene master batch, wherein polypropylene serves as a base material, the types and the formula of the master batch are optimized, and a production process is improved. A complex antioxidant which contains a biologic antioxidant, modified nanocarbon which can obviously improve high temperature resistance, shrinkage resistance, relative tensile load, strength and toughness and elasticity modulus of the polypropylene master batch, calcium fruit fibers which can obviously improve shock resistance of the polypropylene master batch, are easily biodegradable and lower production cost, polyethylene/winter rye peptide complexes which can greatly improve low temperature resistance of the polypropylene master batch and bitter almond oil which can effectively improve lubricating property and oxidation resistance of the polypropylene master batch are scientifically compounded; the obtained compound has a synergistic effect with other processing aids; finally, the environment-friendly easily-degradable anti-shrinkage polypropylene master batch with good physical property is obtained.

A fully insulated buried substation comprises a frame and a high-voltage unit, a transformer unit and a low-voltage unit which are arranged in the frame, wherein a transformer is arranged in a transformer protection box; the lower half frame, the transformer protection box and the transformer are arranged underground; the high/low-voltage units are positioned on the transformer unit and are arranged above the ground; a plurality of heat pipes are vertically arranged in transformer oil grooves; the upper parts of the heat pipes are respectively positioned at one side of the high-voltage unit and one side of the low-voltage unit; the moving contact of a high-voltage solid insulated switch is connected with an operating mechanism; and secondary-side connection terminals of the transformer are connected with the upper ends of low-voltage switches by penetrating through low-voltage sleeves via the cables. The substation adopts the modular integrated combination structure and the components can be replaced separately. The substation is scientific, reasonable and creative in design, small in volume and convenient to maintain and operate since the monitor display devices are arranged at one side, reduces energy consumption, is easy to install, strong in economical applicability and stable and reliable, and has good development prospect. The substation is suitable for power supply departments.

The invention discloses a method for identifying homokaryotic strains in T. trogii S0301. According to the method, regenerated single bacteria prepared by using mating type gene primer pair protoplastregeneration technology are subjected to PCR verification, and if one mating type gene is amplified, the bacteria are homokaryotic strains; mating type gene primers comprise the specific primer pairTM1-1F/TM1-1R and/or the specific primer pair TM1-2F/TM1-2R used for detecting the locus b1 of the mating type gene, and the specific primer pair TM2-1F/TM2-1R and/or the specific primer pair TM2-2F/TM2-2R used for detecting the locus b2 of the mating type gene. Compared with conventional methods for observing whether mycelia have the microscopic feature clamp connection or not in virtue of an oilimmersion objective, the method provided by the invention has the beneficial effects that the identification of homokaryons by the method is completely consistent with clamp connection observation results; and detection results are specific, stable and reliable, and homokaryotic strains of different types can be accurately and quickly distinguished.

The invention relates to a sand spreader with pressure reduction sand guiding function, composed of a frame, a sand box with a sand outlet, a transmission band driven by power and a rolling brush, wherein the sand box is on the frame, the band is through arranged on the bottom of the box, the brush is arranged under the sand outlet, the chamber of the box near the bottom and above the band is arranged horizontally with a pressure-reducing sand guiding grid plate with an inclined side surface, a middle main board formed by connected a plurality of small grids made from strength bars between the inclined surface, and a frame with a lifter and a limit buckle, since the inclined face can bear part load of sliding sand, while the sand direction is in an angle with the band, the sliding sand can generate a co-direction pushing force on the band to improve the feeding ability of the transmission band, reduce real bearing pressure, improve load of the box, improve spreading efficiency and improve the service life of the band.

The invention relates to a device for removing impurities in PVC-U pipe powder. The device comprises a mechanism body. Magnetic metallic impurity removal mechanisms, a level gauge, an anti-magnetic metallic/non-metallic impurity removal mechanism and a powder isolation mechanism are sequentially arranged on the mechanism body. The number of the magnetic metallic impurity removal mechanisms is twoor more. The powder isolation mechanism comprises an isolation plate. A discharging hole is formed in the isolation plate, and the size of the discharging hole is smaller than that of a storage hopperhole of an extruding machine. The anti-magnetic metallic/non-metallic impurity removal mechanism comprises a plate pushing cylinder and an impurity removal plate. Two sets of screens are arranged onthe impurity removal plate and are perpendicular to and concentric with the storage hopper hole of the extruding machine. According to the device for removing impurities in PVC-U pipe powder, magneticmetallic impurities, anti-magnetic metallic impurities and non-metallic impurities in pipe powder can be rapidly removed without halts and interruption of material supply; and the device has high performance in the field of plastic pipe manufacturing.

The invention relates to a neutral composite chemical for improving the production of crude oil by increasing the permeability of a rock stratum in an oil deposit, and belongs to the technical field of offshore oilfield exploitation. The neutral composite chemical for improving the production of the crude oil by increasing the permeability of the rock stratum in the oil deposit is characterized in that: the neutral composite chemical for improving the production of the crude oil by increasing the permeability of the rock stratum in the oil deposit comprises 80%-90% of polyethylene glycol glucoside fatty ether, 5%-10% of a biological enzyme and 5%-10% of lignin carboxylate according to mass percent; the neutral composite chemical for improving the production of the crude oil has the characteristic that the neutral composite chemical is not acid or alkaline, a completely neutral plugging remover completely avoids the damages, caused by acids and alkalis, on the stratum and a gathering and transportation system, and the neutral composite chemical has the advantages that the safety and the convenience in operation are greatly improved, etc.

The invention relates to the technical field of a method for correcting a radar measurement error, and specifically discloses a GPS positioning system, a GPS positioning method and a GPS positioning terminal. A cooperative target performs pure radial movement to observe a declination of a plot detected by a radar and a GPS plot, wherein the declination is used for correcting an angle error. The delay of GPS plot transmission only has an error in the radial distance, and in this way, the error between 0 degrees of the radar and a true north angle can be accurately corrected. The cooperation target performs pure tangential movement to form two arcs taking a station center as an arc center at the interface of a radar monitoring and operation terminal. The distance difference between the two arcs is a radar distance error, which needs to be corrected. The delay of the GPS plot transmission only has front and back errors in the angle, and does not affect the correction of the radar distanceaccuracy. The invention has the advantage that the geodetic coordinate system and the radar coordinate system can be normalized through the personnel or other mobile carrier carrying the intelligentterminal pre-mounted with a transit APP, and the high-precision positioning and display of the target plot on the actual map is realized, so that the monitoring information output by the radar terminal is refined.

The invention relates to the technical field of preparation of polyacrylonitrile-based carbon fiber precursors, in particular to a solidification forming method of polyacrylonitrile-based carbon fiber precursors with high orientation degree and high fine denier. The method specifically comprises four steps including pretreatment of a spinning solution, primary solidification, secondary solidification and solidification after secondary solidification. The homogeneity of the polyacrylonitrile-based carbon fiber precursors obtained with the provided solidification forming method is good, the orientation degree and the draft multiple are high, and the fine denier degree of the precursors is high.

The invention discloses a normal-pressure horizontal fixed fire grate gasification layer firing boiler, wherein the upper part of the boiler is provided with a flat top plate, corners are in circular R structures, the surface of the boiler is military green, the front surface, the back surface and both sides of a boiler body of the boiler are vertical surfaces, and the boiler body is in a horizontal square structure; the bottom of the boiler is provided with two bases, two fixed fire grates formed by respectively connecting two ends of a plurality of water tubes in parallel are arranged above the bases, the upper parts of the two fire grates are respectively provided with two combustion chambers, the upper parts of the two combustion chambers are respectively provided with larynx openings and are commonly provided with one boiler furnace, the middle of the boiler furnace is provided with a refraction arch, the upper part of the boiler furnace is provided with a front convection pipe bundle, the back side of the boiler furnace is provided with one smoke inlet entering the boiler back body, and the upper part of the middle part of the boiler back body is vertically provided with a vertical table flap downwards. The invention is a boiler with double combustion chambers, has the characteristics of high efficiency, energy saving, environment protection, security, reliability, scientific design, small size and low operation cost and is applied to offices, schools, hotels and bath centers.

The invention relates to a semi-assembled bamboo plywood-steel pipe dust collection mountain flour concrete combined column, further relates to a manufacturing method of the semi-assembled bamboo plywood-steel pipe dust collection mountain flour concrete combined column and belongs to the technical field of engineering structure bearing columns. The semi-assembled bamboo plywood-steel pipe dust collection mountain flour concrete combined column comprises a bamboo plywood layer, a steel pipe, a dust collection mountain flour concrete column, steel pull rods and nuts. The dust collection mountain flour concrete column is located in the steel pipe, the bamboo plywood layer is bonded on the outer wall of the steel pipe, and dust collection mountain flour concrete is prepared from cement adulterated with dust collection mountain flour. The steel pull rods are arranged perpendicular to the axial direction of the steel pipe in a crossed mode, the two ends of the steel pulling rods are providedwith the nuts, and the nuts are connected with the steel pulling rods through threads. According to the combined column, a steel pipe-dust collection mountain flour concrete reinforcement strategy isadopted, the slender proportion of the combined column can be reduced, anti-compression instable failure of the large-slender proportion combined column is regulated, the anti-compression strength isimproved to reduce anti-compression deformation and creeping, the anti-compression bearing capacity of the combined column is improved, and traditional decoration technological treatment such as embedding, wrapping, riveting, grinding and coating can be adopted on the surface.