66results about How to "Improve application adaptability" patented technology

The invention provides modified biomass charcoal for treating arsenic pollution as well as a preparation method and an application of the modified biomass charcoal. The preparation method of the modified biomass charcoal comprises steps as follows: (1) biomass raw materials are charred, and the biomass charcoal is obtained; (2) the biomass charcoal is subjected to a reaction with a hydrochloric acid solution, solid-liquid separation is performed, a solid substance is obtained, is washed till the pH is neutral and then is dried, and the pretreated biomass charcoal is obtained; (3) the pretreated biomass charcoal and a FeCl3 solution are subjected to a reaction under the condition that the solution pH is neutral, solid-liquid separation is performed after the reaction, and mud cake is obtained; (4) the mud cake is dried and then washed till the pH is neutral, solid-liquid separation is performed, an obtained solid is dried for a second time, and the modified biomass charcoal is obtained. The modified biomass charcoal has large specific surface area and high iron content; the preparation method is simple and easy to operate; the modified biomass charcoal can be applied to treatment of arsenic waste and passivation of arsenic in farmland soil, and food safety is guaranteed.

A controlled rolling and controlled cooling system for bars comprises a first cooling section at the position of an outlet of an intermediate mill group, a machine cooling section of a finishing mill group, a second cooling section between the finishing mill group and a third flying shear, a third cooling section between the third flying shear and a cooling bed, a sensor module and a central control unit. The first cooling section, the second cooling section and the third cooling section respectively comprise one or a plurality of cooling lines arranged on a horizontal moving trolley and a bypass roll table, one cooling line or the bypass roll table can be selectively connected to a production line by horizontally moving the horizontal moving trolley, and every production line comprises one or a plurality of series connection coolers. Every cooler is connected to a water supply main pipe through one water supply branched pipe, control valves are arranged in the water supply branched pipes, and the coolers connected to the production lines are selected and used by opening and closing of the control valves. According to the controlled rolling and controlled cooling system, a plurality of cooling sections can be selected flexibly, the coolers in every cooling section can also be selectively used simultaneously, and accordingly the system not only is good in applicability, but also improves bar finished product performances.

The invention discloses high temperature-resistant heat-bonding enamelled wire paint and a preparation method thereof. The high temperature-resistant heat-bonding enamelled wire paint consists of patient base resin such as modified co-polymerized nylon and phenolic resin, mixing dissolvent and assistant. The high temperature-resistant heat-bonding enamelled wire paint meets the requirement of heat-resistant condition more than 180 DEG C, the appearance of the finished product is brown thick liquid, the weight solid part is 18-28%, and the rotating viscosity is 800-2000mPa.s at 25 DEG C. The patient is used for the outer layer of a high temperature-resistant coil wire material, and can be solidified with polyesterimide base paint at the same furnace temperature.

The invention discloses a control system and a method of a heptefluoropropane fire-extinguishing device used for boats. The control system comprises a fire-extinguishing control device, a heat detector, a smoke detector, a light detector, a main power supply, a backup power supply, an emergency start/close button, a displayer, a control panel, an audible and visual alarm, a deflating indicator light, a device interlock, a fire-extinguishing starting device, a pressure signal transmitter, a heptefluoropropane storage bottle, a heptefluoropropane container valve electromagnetic starter, a relief valve electromagnetic starter, an emergency operating panel, a nitrogen storage bottle, a container valve of the nitrogen storage bottle, and the like. According to the system and the method, three fire-extinguishing starting manners, namely an automatic manner, a hand-operated manner and an emergency manner, are adopted, thus enhancing the reliability of the system and avoiding invalidation when the system is dealing with an emergency event. In addition, a fire-extinguishing starting device delay time adjustable technology is adopted. When the technology is applied in a matching manner, the delay time of the fire extinguishing starting device can be adjusted according to the practical situations of protection areas and sites, thus guaranteeing in-time safe evacuation of people in the protection areas and improving the application adaptability of the system.

The invention discloses a porous ammonia spraying device used for a W-flame boiler high-temperature reduction zone and relates to porous ammonia spraying devices. The problems that an existing turbulent burner W-flame boiler is high in NOx emission and low in denitration efficiency are solved. The porous ammonia spraying devices are hollow spheres; a plurality of swinging exhaust air spraying nozzles are sequentially arranged on the upper portion of the front side wall of a lower hearth in the horizontal direction; a plurality of swinging graded air spraying nozzles are sequentially arranged in the middle of the front side wall of the lower hearth in the horizontal direction; a plurality of swinging first-grade overfire air spraying nozzles are arranged on a rear boiler arch in the horizontal direction; a plurality of swinging second-grade overfire air spraying nozzles are sequentially arranged in the middle of an upper hearth in the circumferential direction; the multiple porous ammonia spraying devices are sequentially arranged on the lower portion of the upper hearth in the circumferential direction and are the hollow spheres; and a plurality of round holes are machined in the positions, below the center faces K of the porous ammonia spraying devices, of the spheres, so that multi-azimuth and multi-angle direct ammonia spraying is formed. The porous ammonia spraying device is used for ammonia spraying on the W-flame boiler high-temperature reduction zone.

The invention discloses an application of ultrasonic shot-peening to metal surface alloying. The application is characterized in that alloying powder is added in an ultrasonic impact process, diffusion behaviors, in metal, of the alloying powder are strengthened after ultrasonic shot-peening treatment is carried out, and a rapid alloying process under a non-equilibrium state is generated, so that an alloy layer is formed on the metal surface, wherein an intermetallic compound and a solid solution phase are generated; and then, thermal treatment is carried out on the alloy layer to quicken the surface alloying process of the alloy layer, so that a compact alloy layer structure is obtained. Under the action of ultrasonic shot-peening, the alloying powder prearranged on the metal surface quickens diffusion, in the metal, of the alloying powder, and an alloying process, so that the strength, the hardness, the corrosion resistance and the wear resistance of the metal surface are effectively improved.

The invention relates to a mode-based synchronous wavefront sensorless adaptive optical system, consisting of a focal plane photoelectric detection camera, a controller, a high-voltage amplifier and a wavefront aberration correction unit (deformable mirror). A disturbance voltage related to an aberration mode is applied to the deformable mirror once, the camera measures focal plane far field light intensity, the controller calculates second-order central moment MDS, and according to an approximate linear relation between the second-order central moment MDS of far field light intensity distribution and a mean value SM of the square of incident wavefront aberration slopes, a coefficient of the aberration mode corresponding to the disturbance voltage contained in wavefront distortion is solved; and a relation matrix of a deformable mirror response function and aberration modes is utilized to form a voltage signal, and the voltage signal is amplified by the high-voltage amplifier and is applied to the deformable mirror, thereby completing effective correction of the aberration of the mode, and realizing a system synchronous correction iteration mechanism of one-time disturbance and one-time correction; and the mode-based synchronous wavefront sensorless adaptive optical system provided by the invention shortens delay of iteration of two adjacent times of aberration correction, and improves a capability of correcting dynamic aberrations of a system.

The invention discloses a urban drainage network online analysis method , solves the problems of inflexible model calculation result and poor real-time guidance of the existing drainage pipe network, and belongs to the crossing field of municipal engineering, environmental engineering, management science and computer science. The method comprises the following steps: S1, constructing a drainage network hydrodynamic water quality calculation engine; S2, arranging the scene pipe network water quality hydrodynamic operation task into a plurality of independent task units by utilizing a drainage pipe network hydrodynamic water quality calculation engine, dynamically allocating and scheduling the task units on a cluster distributed architecture according to an instruction of a task scheduling center and data input into a drainage pipe network, and completing scene simulation of the drainage network, and obtaining a drainage network hydrodynamic water quality calculation result; and S3, according to a complex network theory, abstracting the drainage pipe network into a two-dimensional point-line directed weighted network, and analyzing a network topology structure of the drainage network and the hydrodynamic water quality calculation result.

The invention discloses a testing device for a whole process of fabric moisture transmission. A door is arranged on one surface of a testing box; a heat insulating material is filled between the inner wall and the outer wall of the testing box; micro holes are formed in the inner wall relative to the door; a wind direction regulation plate is arranged on the outer side; a water tank is arranged on the bottom surface relative to the inner side of the door; a bracket is arranged on the upper part of the water tank; fabric test samples are suspended on the bracket; one end of each fabric test sample is connected with a pretension machine respectively and immersed into water; one end of a water pipe is inserted into the water tank and the other end of the water pipe is connected with a water supply valve; a lifting rod is arranged on the other bottom surface relative to the inner side of the door; a camera is arranged on the lifting rod; a light source is arranged on the inner wall of the testing box; a constant-temperature control device is arranged on the outer side of the top surface of the testing box; the constant-temperature control device is connected to the micro holes in the inner wall through pipelines and the wind direction regulation plate; wind outlets are formed below the micro holes; and an instrument operating console is arranged right above the constant-temperature control device. The device has the advantages that: the automation degree of continuous test on the fabric moisture transmission is high, test data are accurate and reliable, an independent constant temperature testing environment is available and applicability is high.

The invention discloses a coal caving method based on a coal seam geographic information system, belongs to the technical field of automatic control of fully mechanized caving faces, and relates to hydraulic support coal caving opening parameters and coal caving step pitch control. According to the coal caving method based on the coal seam geographic information system, a spatial position relationmodel of a coal mining machine, a hydraulic support and a scraper conveyor is established, a coal and gangue recognition system and a coal flow detection system are established on a fully mechanizedcaving face, geographic information such as the coal and rock trend and the inventory of the working face is detected through the GIS technology, and a coal and rock distribution condition diagram ofthe whole working face is obtained;each coal caving parameter is determined by utilizing the coal and rock distribution condition diagram and historical coal caving database information, and the coalcaving parameters are recorded and corrected according to the gangue content and the top coal caving rate obtained by the coal and gangue recognition system and the coal flow detection system after each round of coal caving; and dynamically optimizing and correcting the coal caving parameters are carried out, so that the coal caving control method is automatically adjusted according to the thickness change of a coal seam, and the application adaptability of the fully mechanized caving technology is higher.

The invention provides an automatic reversing carrying vehicle. The automatic reversing carrying vehicle is composed of a front reversing mechanism and a rear reversing mechanism, and the front reversing mechanism and the rear reversing mechanism respectively comprises a motor, two trough type sensors, a support, a connecting rod mechanism, two universal wheel assemblies and the like, wherein the motor is connected with the support, the two trough type sensors are connected with the support, the support is connected with the connecting rod mechanism, and the connecting rod mechanism is connected with or separated from chucks on the universal wheel assemblies, so that AGV reversing function is realized; and compared with other structures or devices, directional-universal switching is realized by adopting the connecting rod mechanism and a modified universal wheel, so that smooth reversing is realized, adaptability of the automatic reversing carrying vehicle is stronger, and application range is wider.

The invention relates to a miniature low-cost three-axis integrated fiber-optic gyroscope inertia measurement device. The device comprises a body, a box body, a three-axis shared light source, a lightsource driving and refrigerating circuit, a fiber-optic gyroscope signal processing and interface circuit, a system circuit, three fiber-optic ring components, three electric connectors and a reference mirror. Two external output interfaces of a CAN bus and RS-422 are provided, angular velocity information of a measured carrier in three sensitive axial directions can be output at the same time, and heterogeneous design of a communication interface is achieved; the software provides two instruction interfaces of program comparison and program updating, and can respond to an external instruction to compare and update the whole program, so that the reliability is improved; and moreover, components of national military standards and lower levels are used in all sub-components in the device, the cost is reduced, and first application of domestic industrial-level components in the fiber-optic gyroscope inertia measurement device for aerospace is achieved.

The invention discloses an anti-flow-out type membrane breaking device in the Department of Gynecology and Obstetrics, and belongs to the field of medical equipment. The device includes a puncture cylinder body and a liquid storage device, the side wall of a suction mouth of the puncture cylinder body is provided with a ring-shaped bottom plate, horizontal baffle plates, vertical baffle plates and rotatable pressing plates, so that at least four first through openings and second through openings are formed at the peripheral side of suction mouth, located between the side wall of the suction mouth and the rotatable pressing plates, and the rotatable pressing plates are rotatable; the top of the liquid storage device is connected to two suction chambers capable of carrying out suction actions alternately, the two suction chambers are separately equipped with a injection-push piston, the top of each injection-push piston is connected with a driving rod through a short rod hinged at both ends, and the free end of the second driving rod is fixedly connected with a handle rod; and the lower side of the handle rod is longitudinally penetrated with a bolt, and the top of the bolt is fixed with a limit plate. The invention is capable of effectively preventing amniotic fluid from flowing out without the participation of electric energy and continuously generating negative pressure, high in suction efficiency, good in uniformity of force application of a negative pressure generating mechanism, relatively high in control precision and relatively good in controllability of suction rate.

The invention discloses an industrial camera controller. The industrial camera controller comprises a master control module, an RS232 serial port communication module, an encoder interface, a photoelectric sensor port, a DB15 camera communication port, a running state indicator lamp, an adjustable light source output port, an alarm lamp output port, and an I/O port with optical coupling isolation. The industrial camera controller has the beneficial effects that first, multiple different interfaces are integrated with an integrated circuit technology, so that each hardware in a machine visual system can be rapidly connected to the controller, there are fewer nodes, the fault rate is low, and the execution efficiency is high; and second, an intelligent multiple logic algorithm is developed and implanted due to use of a single-chip microcomputer technology, an operation algorithm is switched rapidly and intelligently according to a collected signal, so that the industrial camera controller has high applicability and adaptability to projects, and has high operation efficiency; and due to adoption of a serial port instruction communication manner, execution parameters can be rapidly changed, so that the industrial camera has good expandability and is low-cost in hardware.

The invention relates to laser paste pigment with a 3D-effect and a preparation method thereof. The pigment is prepared from 15-35% of an alloy material, 65-85% of a dispersing agent, and 0-1.5% of anassistant. The preparation method comprises the following steps: (1) coating a resin layer with 1.5-2 mum of a thickness on a plastic film base material, preparing a laser information layer on resinby using a laser film pressure technology, and enabling the resin layer to form optical refraction points of different heights and sizes to obtain an information layer with a laser dream color effect;(2) enabling a multi-element alloy material to be deposited on the surface of the laser information layer by using a continuous winding magnetron sputtering method so as to form an alloy film with amagnetic conductance function in a nano thickness; (3) dissolving the resin by using a solvent, and enabling the alloy film to be separated from the base material; and (4) smashing and filtering mixedliquor prepared from the solvent, the resin and the alloy material, adding the assistant, and adjusting solid content, to obtain 3D-effect laser paste prepared from the solvent, the assistant and nano sheet-like alloy particles.