12results about How to "Reliable technology" patented technology

This utility model relates to an anti-clogging reactor for the resource recovery and preparation of ammonium sulfate from high-concentration ammonia-containing waste gas. The reactor body includes an absorption zone and a crystallization zone from top to bottom, with the crystallization zone and the absorption zone connected. The absorption zone is located above the liquid surface, and the crystallization zone is located below the liquid surface. The top of the absorption zone has a tail gas outlet, and the bottom of the crystallization zone has a crystal slurry outlet. An external Venturi reaction zone is located below the absorption zone of the reactor body, connected to the reactor body. The Venturi reaction zone has an inlet for the ammonia-containing waste gas and an inlet for the circulating absorbent liquid. The external Venturi reaction zone forms a primary absorption, reducing the intensity of the absorption reaction within the reactor and significantly improving the anti-clogging capability.

The invention relates to the technical field of concrete dams, in particular to a concrete dam deep crack comprehensive treatment method which comprises the following steps: firstly, drilling a crack stopping hole in the tail end of a crack to prevent the crack from extending; then slotting along the crack, burying an exhaust pipe, and sealing the crack; then, deep reinforcement and anti-seepage treatment are carried out step by step, specifically, grouting seam penetrating holes are drilled, superfine cement grout is poured, chemical grouting seam penetrating holes are drilled in the upstream face, and epoxidation chemical grout is poured; then, an SR anti-seepage cover plate is pasted on the upstream face crack area; and finally, integrally spraying a polyurea coating. By means of the multi-layer treatment process combining structure reinforcement and flexible seepage prevention from inside to outside, the reliability and durability of crack treatment are remarkably improved, the dam face can be kept uniform and attractive in appearance, and the method has the advantages of being reliable in technology, economical and reasonable.

The invention provides a new energy power station planning method and system, and the method comprises the steps: obtaining the static characteristics of a plurality of candidate points, the static characteristics including the seismic activity frequency, the altitude, the gradient and the underground water burial depth; calculating a static abnormal score of each candidate point based on the static features of the candidate points, and performing a first round of screening on all the candidate points according to the static abnormal scores to obtain remaining candidate points; obtaining dynamic characteristics of each residual candidate point, wherein the dynamic characteristics comprise wind speed, sunlight intensity, environment temperature, environment humidity and precipitation; and performing a second round of screening on all the remaining candidate points based on the dynamic feature of each remaining candidate point and the static abnormal score of each candidate point to obtain a final point location. According to the method, multi-dimensional quantitative evaluation of new energy power station site selection is realized through a static and dynamic dual screening and clustering optimization mechanism, and site selection scientificity and engineering reliability are remarkably improved.

The invention discloses a method for producing carbon dioxide from high-concentration carbon dioxide and a special device thereof, and belongs to the technical field of air pollution prevention and new energy. According to the technical scheme, the method comprises the following steps: inputting high-concentration carbon dioxide into a special device, and cracking water under the action of a ferroheme molecular dimer to generate electrons, hydrogen protons and oxygen; carbon dioxide reacts with electrons and hydrogen protons to generate carbon monoxide and water, and an energy field is generated; carbon monoxide continues to react with electrons and hydrogen protons to generate elemental carbon and water, and an energy field is generated; and reacting the elemental carbon with carbon monoxide under the action of an energy field to generate carbon dioxide. Compared with the prior art, the method has the prominent substantive characteristics and remarkable progress of being novel in technical scheme, reliable in technology, free of secondary pollution, high in investment efficiency and quick in effect taking.

The invention belongs to the technical field of underwater detection, and discloses an underwater vehicle metal detection device based on a multiplexing wireless charging receiving coil, and the device is characterized in that a current detection module detects the output current of an energy storage device in real time; the alternating current-direct current converter converts direct current provided by the energy storage device into high-frequency alternating current; the receiving side resonance network is used for eliminating reactive power loss caused by independently using the wireless charging receiving coil and driving the wireless charging receiving coil to radiate a high-strength alternating magnetic field to surrounding seawater; when a metal object appears in the detection range, the wireless charging receiving coil is also used for sensing a reverse magnetic field generated by the metal object and generating a reverse induction current; and the current detection module judges the metal target in the detection range by detecting the rising condition of the discharge current of the energy storage device at the moment. The existing wireless charging receiving coil is directly reused, special hardware does not need to be additionally arranged, the structure is simple, and the universality is high.

A strain sensor for a leg brace and a real-time interactive detection system for lower limb rehabilitation are disclosed. The sensor includes a leg brace body and strain gauges mounted on the leg brace body. A double-hole, narrow-beam stress concentration structure is provided at the point of maximum torque near the exoskeleton drive end of the leg brace body. The strain gauges are mounted on the stress concentration structure. The stress concentration structure is designed based on finite element mechanical simulation and is used to concentrate stress and facilitate strain detection. This system, through a self-developed strain gauge leg brace-type human-machine interactive force sensor structure, combined with multi-level noise reduction filtering and high-precision force calculation algorithms, achieves real-time, accurate, and stable detection of human-machine interactive forces during lower limb rehabilitation training. This provides reliable data support for intelligent closed-loop control, active / passive mode switching, and quantitative evaluation of rehabilitation effects of lower limb rehabilitation robots, reducing equipment costs and improving clinical adaptability and widespread adoption.

The invention discloses a blowout preventer moving and transporting device which comprises a transporting frame, and the transporting frame is hinged to an overturning frame assembly used for being connected with a blowout preventer set in the falling-down state and the standing state through a hinge base. The transferring assembly is used for being detachably connected with the blowout preventer set; the guide rail group is connected with the transportation frame and is arranged between a hoisting position of the blowout preventer group and a wellhead position; and the moving and transporting assembly can move along the path of the guide rail group, so that the blowout preventer group is moved and transported to a wellhead position from a hoisting position. The blowout preventer can be directly transported to the position of a wellhead through the blowout preventer moving and transporting device, the problem that the blowout preventer is inconvenient to hoist is solved, and the blowout preventer can be assembled, integrally transported, subjected to pressure testing and installed through the blowout preventer moving and transporting device without being disassembled and assembled for many times.

The invention discloses an oil and gas field sulfur-containing sewage adsorption treatment method. According to the method, the sulfur-containing sewage of the oil and gas field is treated by using a dynamic adsorption technology in which kitchen waste hydrothermal carbon which is impregnated by alkali or metal oxide or modified by nitrogen doping is used as an adsorbent. After the treatment is finished, the resource recovery of the adsorbed sulfur-containing compound and the regeneration of the hydrothermal carbon are realized by water washing and high-temperature activation. The kitchen waste hydrothermal carbon is used as an adsorbent, has the advantages of being wide in source, environmentally friendly and low in price, and is suitable for industrial scale application. Alkali or ZnFe2O4 is adopted for dipping, or nitrogen-doped functional modified hydrothermal carbon with melamine as a precursor is adopted, the adsorption capacity and the catalytic oxidation capacity of the hydrothermal carbon can be enhanced at the same time, and the treatment effect is greatly improved. And finally, recovery of adsorbed sulfur-containing substances and regeneration of hydrothermal carbon are realized by using water washing and high-temperature activation, so that secondary pollution can be effectively reduced, sustainable utilization of resources is realized, and the operation cost is reduced. The method for treating the sulfur-containing sewage of the oil and gas field is efficient, simple to operate, green, environment-friendly and relatively low in cost.

The invention discloses a water-turbine generator set updating transformation and evaluation method, and relates to the technical field of water-turbine generator sets. According to the method, starting from power station and unit parameter collection, the transformation range is preliminarily judged in combination with maintenance, operation and vibration throw data, then core analysis is carried out on whether a runner is transformed or not, the power generation potential improvement requirement, the capacity increasing target and scheme determination, and technical feasibility is verified through CFD simulation and model tests; and rechecking the adaptability of the auxiliary system, the electrical equipment and the basic structure, and finally combining investment estimation and economic evaluation to output a decision basis. According to the method, the whole transformation process is covered, the technical rationality and economic benefits are considered, the transformation range can be accurately defined, the problems of efficiency attenuation of old units, insufficient adaptive power grid capacity and the like are solved, scientific support is provided for power station transformation decision making, and reference is provided for similar projects.

The invention discloses a separation device of ethylene glycol and 1, 2-butanediol, which comprises an extraction tower, an azeotropic rectifying tower and a water scrubber, the top of the extraction tower is communicated with the azeotropic rectifying tower through a pipeline, the top of the azeotropic rectifying tower is sequentially communicated with a tower top condenser and a tower top phase separation tank through pipelines, and the tower top phase separation tank is communicated with a tower top condenser through a pipeline. A light phase flow outlet and a heavy phase flow outlet are formed in the tower top phase splitting tank, the light phase flow outlet is communicated with the top of the azeotropic rectifying tower through a pipeline, the bottom of the azeotropic rectifying tower is communicated with the water washing tower through a first pipeline, and a cooler is arranged on the first pipeline. The invention also discloses a separation method of the separation device for ethylene glycol and 1, 2-butanediol. Continuous large-scale production can be achieved, the selected solvent has the advantages of being high in selectivity and easy to separate from ethylene glycol, and the production cost of mixed alcohol separation is expected to be greatly reduced.

The invention relates to equipment and a combat method for a swarm unmanned aerial vehicle. The wide application of the first-start unmanned aerial vehicle in modern warfare changes the trend of modern warfare and military equipment quietly. The bee colony unmanned aerial vehicle attacks in multiple levels and multiple directions, destroys multiple military facilities which are defended by enemy by heavy soldiers, and highlights the strategic value of the bee colony unmanned aerial vehicle. Meanwhile, compared with a high-cost guided missile, the low-cost unmanned aerial vehicle has the advantage that the economic benefit of the unmanned aerial vehicle is highlighted. According to the method, a mature technical scheme is used, the technology is reliable and feasible, one unmanned aerial vehicle of an enemy is autonomously identified, tracked, attacked and destroyed by one or more unmanned aerial vehicles equipped with the AI intelligent agents, the battlefield advantage is obvious, and military and important civil facilities of our can be effectively protected. The device is changed into civil equipment and is applied to civil emergency projects such as forest fire extinguishment, flood emergency large-area rescue and rapid transportation, and the social benefit is very remarkable; in wartime, civil equipment can be quickly changed into military use, and strategic significance is great.

The application provides a resourceful treatment method of sodium chloride-containing waste and polyvinyl chloride waste, and belongs to the technical field of waste treatment. The resourceful treatment method comprises the following steps: mixing sodium chloride-containing waste, polyvinyl chloride waste, a promoter and a solid halogen agent, and performing calcination treatment to obtain calcined material; mixing the calcined material with water, and performing solid-liquid separation to obtain liquid material and solid material; the solid material is recovered promoter; and the liquid material is crystallized to obtain recovered sodium chloride. The resourceful treatment method can remove organic pollutants in the sodium chloride-containing waste, effectively fix the chlorine element in the polyvinyl chloride waste, prevent the chlorine element from escaping, and reduce the harm to the environment.