65results about How to "Avoid meltdown" patented technology

A heat absorbing radiator and a gas turbine engine or a reciprocating piston engine are used to recapture and reconvert wasted heat energies into electric power and finally into hydrogen-deuterium fuel by having the engine's tailpipes submerged in cold compressed air inside the heat absorbing radiator pipes in reverse air flow to further drive the same engine. In order to capture fusion heat energy a hydrogen bomb is detonated in deep ocean to catch the flames by the water and the hot water energizes compressed air inside heat absorbing radiator pipes. In order to produce fusion energy an electric arc is passed thru / across liquid or gaseous deuterium by an electro-plasma torch and by a sparkplug in an internal combustion engine, or by detonating a dynamite inside liquid deuterium. Diamond is produced by placing carbon inside a hydrogen bomb which is then detonated in deepwater. Deuterium fusion flame is used first in smelting glass into large structural sizes before running an engine.

The invention relates to a passive containment shell condensed water injection system. The system comprises a first water collecting device; a first condensed water injection pipeline, which is connected to the first water collecting device and a pressure container direct injection pipeline; and a first valve mechanism, which is arranged on the first condensed water injection pipeline and is capable of starting the condensed water injection and controlling the condensed water injection flow after receiving a severe accident signal. The first water collecting device comprises a first water collecting groove, which is arranged along the circumferential direction of the internal wall of a containment shell. The first water collecting groove is arranged above the reactor core, and the standard distance between the first water collecting groove and the reactor core is 40% to 75% of the total height of the containment shell. When a severe accident happens, the system can utilize the pressure due to the height difference between the water collecting groove and the reactor core to completely inject the condensed water into the reactor core to ensure the safety of the reactor. Moreover, the system also can collect the condensed water from the internal wall of the containment shell and directly injects the collected condensed water into the reactor core to cool the melts in the reactor core. The system has the advantages of simple structure, high reliability, and suitability for various kinds of nuclear power stations.

The invention relates to a molding method of an air inlet cover shell of a vacuum pump. The method comprises the following specific operation steps: (1) positioning a condensation coiled pipe in a mold cavity for forming a shell body by laminating a first sand core and a second sand core; (2) charging loose sand into the condensation coiled pipe and blocking hole parts of a medium inlet pipe and a medium outlet pipe of the condensation coiled pipe through end sockets; (3) putting a molding mold into a sand mold and leading molten iron into the mold cavity; covering a pipe body of the condensation coiled pipe through the molten iron and fusing; exhausting generated air through a pre-set air hole. By positioning the condensation coiled pipe through the first sand core and the second sand core, the pipe body is partially fused in the shell body and is integrally poured; the production efficiency of the air inlet cover shell is improved; meanwhile, the loose sand is charged into the condensation coiled pipe, so that the condensation coiled pipe is effectively prevented from being melted in a high-temprature fusing process; furthermore, the method is simple to operate, convenient to implement and low in cost.

The invention relates to a protective component, a cover and a box body. The protective component is used for an energy storage device with a pressure relief element. The pressure relief element is configured as a structure that responds to the pressure increase inside the energy storage device and deforms until it explodes. The energy storage device can discharge high-temperature particles through the burst pressure relief element, and the protection The component includes: a particle blocking layer, the particle blocking layer has a receiving side for receiving high-temperature particles and a connecting side opposite to the receiving side; the particle blocking layer includes a plurality of particle blocking units with concave and convex settings, and the particle blocking unit can block high-temperature particles; An isolation protection layer is arranged on the connection side of the particle barrier layer and connected with the particle barrier layer. The protection assembly of the embodiment of the present invention can effectively intercept and block high-temperature particles, prevent high-temperature particles from melting through other structural parts corresponding to the pressure relief element, and effectively improve the use safety of the energy storage device.