3results about How to "Make sure to generate" patented technology

The application discloses a kind of based on electrolytic hydrogen bubble's PIV boundary layer flow field test system and test method of satellite, including integrated optical measurement module and tracer particle generation module;Optical measurement module is located in UUV interior, including laser emitter assembly, sapphire prism and the two imaging cameras of symmetrical arrangement, laser sheet light is refracted after sapphire prism and forms sheet light area on the outer surface of UUV;Tracer particle generation module includes cathode, anode and power supply unit, cathode is the platinum wire array of several platinum wires arranged along the axis of UUV, each platinum wire is located at different height from the wall surface of UUV;Power supply unit selectively energizes platinum wire and independently adjusts voltage, control the number and frequency of hydrogen bubbles generated, realize the synchronous measurement of flow field information at different thickness positions of boundary layer.The application realizes boundary layer flow field in-situ satellite measurement and synchronous fine measurement at different thickness positions under the condition of not changing the appearance of UUV, with the advantages of high integration, small flow field disturbance, high measurement efficiency.

This invention belongs to the field of metallurgical coking technology and discloses an environmentally friendly and safe start-up method for a coal moisture conditioning system. This method addresses problems such as unstable moisture control, dust emission, equipment thermal stress damage, and explosion-proof safety risks during the start-up process of a coal moisture conditioning system. It achieves safe and stable startup through an innovative sequential operation process of multi-system collaborative control. Core technologies include: a stepped frequency conversion start-up program for the dryer starting at 5Hz and increasing by 5Hz every 10 seconds; a differentiated coal feed control strategy and steam temperature rise curve configured according to the shutdown time; maintaining a stable micro-negative pressure in the system through air-coal linkage control; using flue gas replacement control to keep the oxygen content below the safety threshold; and pre-setting fully automatic operating parameters for the condensate system. This invention effectively solves the technical difficulties in traditional start-up processes, achieving a stable startup with no dust emission, low equipment impact, and compliance with explosion-proof specifications, resulting in significant safety, environmental, and economic benefits.

This invention discloses a self-activated solid waste slurry and its preparation method, comprising waste slag, a solid waste cementitious material, and water. The components are expressed as follows by weight percentage or parts: 100 parts waste slag; 15-60 parts solid waste cementitious material, wherein the solid waste cementitious material consists of a silicon-aluminum rich precursor, a strongly alkaline activation source, and a rheology-modifying supplementary source, with a mass ratio of 1:(0.2-0.8):(0.1-0.4); and water. This invention eliminates the highly corrosive liquid chemical activator required in traditional alkaline activation materials, achieving self-activation through dry powder premixing of a strongly alkaline activation source, a silicon-aluminum rich precursor, and a rheology-modifying supplementary source.