33results about How to "No extraction" patented technology

The invention discloses a medical low-temperature steam formaldehyde sterilization cabinet and a sterilization method thereof. The medical low-temperature steam formaldehyde sterilization cabinet comprises a cabinet body, a sterilization cavity, a formaldehyde water solution medicine feeding device, a steam generator, an electric control device, an evacuating device and a clean air supplying system, wherein the sterilization cavity comprises a sterilization chamber, a heating jacket and a sterilization chamber door; the steam generator comprises a heat supply medium box; a formaldehyde vaporization pipeline, a heating device, a heat supply medium pipeline port, a low-temperature steam outlet and a waste liquid outlet are formed in the heat supply medium box; a medicine outlet pipeline of the formaldehyde water solution medicine feeding device is connected to the inlet of the formaldehyde vaporization pipeline; the outlet of the formaldehyde vaporization pipeline is connected to the sterilization chamber; the low-temperature steam outlet is connected to the sterilization chamber and the heating jacket through pipelines; the evacuating port of the evacuating device is connected to the sterilization chamber; the air supply end of the clean air supplying system is connected to the sterilization chamber. By mixing the low-temperature steam and the formaldehyde gas for sterilization at the vacuum state, the sterilization effect is complete without dead angle, and the residual formaldehyde gas can be eliminated completely after sterilizing.

A process for synthesizing 3,5-disubstituent-1-adamantanol includes reaction between 1,3-disubstituent adamantane and bromine to obtain bromo compound, adding sodium oxalate and water, reaction, filtering and washing.

The invention relates to the field of wire head insulation treatment technology, and discloses a lithium battery lead wire exposed wire end insulation production process, comprising the following steps: performing a heating and melting operation on a low-viscosity hot-melt adhesive to obtain a low-viscosity hot-melt adhesive liquid; Dip into the low-viscosity hot-melt adhesive liquid, and carry out encapsulation operation; pull out the exposed wire end from the low-viscosity hot-melt adhesive liquid, and make the exposed thread end hang on the low-viscosity hot-melt adhesive Above the liquid level of the glue, seal the broken wire to form a seal sleeve on the exposed thread end. The invention uses low-viscosity hot-melt adhesive to form a sealing rubber sleeve on the exposed wire end, the insulation operation is simple and convenient, it is not easy to produce residual glue, and the exposed wire end has good sealing and covering performance, which solves the short circuit problem of the exposed wire end of the wire and solves the problem of the exposed wire end Oxidation due to moisture, so that the tin-eating effect of exposed wire ends is good. The cost of low-viscosity hot melt adhesive is far lower than the cost of insulating tape and sleeve, which can increase the production efficiency by more than 300%.