3results about How to "High pressure resistant" patented technology

The application discloses a high-temperature and high-pressure combustion chamber spectrum characteristic transmission device based on a special optical fiber probe head, which comprises an optical fiber probe head, a light guide optical fiber, a light emitting characteristic analysis device and a cooling liquid pump; the optical fiber probe head comprises high-transmittance optical glass, a metal cooling sleeve and an optical flange; the high-transmittance optical glass can transmit ultraviolet-visible light with a wavelength of 100-760 nm; the metal cooling sleeve comprises a cylindrical sleeve and a connecting cap; the cylindrical sleeve is coaxially arranged on the outer periphery of the high-transmittance optical glass and is sealingly arranged in a probe head mounting hole; the light guide optical fiber can collect the ultraviolet-visible light transmitted through the high-transmittance optical glass and is connected with the light emitting characteristic analysis device; and the cylindrical sleeve and the connecting cap are both provided with cooling channels connected with the cooling liquid pump. The application can analyze the chemical reaction light emitting characteristics in the high-temperature and high-pressure combustion chamber in real time, is especially suitable for monitoring the spontaneous radiation characteristics of OH*, CH* and C2* groups generated in the combustion process, and thus can determine the reaction region and the reaction heat release.

The invention relates to the technical field of underwater energy storage, and discloses a deepwater high-pressure compressed air energy storage unit which comprises a hose, a connecting flange, a sealing assembly, an inflation / deflation control module and a counterweight assembly, the air energy storage unit is connected with a compressed air energy storage station, and the two ends of the hose are connected with supports. The side face of the support is connected with the hose through the connecting flange and the sealing assembly, the bottom of the support and the balance weight assembly are fixed through bolts, the hose is a composite material high-pressure-resistant collapsible hose, and the hose is integrally formed by multiple layers of composite materials, has the large-diameter high-pressure-resistant characteristic and also has the characteristic that the hose uniformly collapses in the radial direction under the effect of deep water pressure. Through the superimposed effect of the composite high-pressure-resistant hose and the water depth pressure, underwater energy storage of ultra-deep water pressure with higher energy density is achieved, compared with a conventional device, the energy density is increased by 2-3 times, and under the same energy storage capacity, the volume of the hose can be reduced by 50% or above.

This utility model relates to the field of gas cylinder flow guidance technology, and proposes a double-layer filter puncture gas cylinder connector, including a gas cylinder, a gas cylinder flow guiding component, a gas cylinder sealing component, and a connector component. This utility model achieves rapid puncture of the gas cylinder and simultaneous high-pressure sealing by integrating a stainless steel puncture needle and a fluororubber "O" ring into a flow guiding plate, preventing gas leakage and improving operational efficiency and safety. A stable compression seal is formed by the interlocking of a metal filter screen and a soft rubber front-end seal through a "soft and hard" peak-valley groove, preventing gas leakage at the front end. The double-layer nano-level PVC filter screen at both ends effectively intercepts particulate residue ejected from the gas cylinder, preventing gas passage blockage and ensuring gas purity, making it particularly suitable for medical and high-precision industrial applications. The combined design of the flow guiding groove and the flow guide plate guides the gas out in a directional manner during cylinder separation, avoiding the risk of frostbite due to disordered spraying and enhancing operational safety.