38results about How to "Industrialized production" patented technology

The invention relates to a Y-shaped steel plate column-wrapping system, which comprises a base and a vertical column and an oblique column fixed on the base, wherein inner layers of the base, the vertical column and the oblique column are cement columns, and outer layers are compound steel plate panels; the cement columns are connected with the compound steel plate panels through connecting assemblies; the connecting assemblies include a steel horizontal adjusting substrate, a main steel keel, an arc-shaped auxiliary steel keel and an L-shaped connecting buckle. According to the technical scheme, the steel keel customized by adopting professional die sinking and relevant connecting pieces are adopted, so that the manufacturing quality is ensured, field construction operation is easy and convenient, and the problems of roughness and inaccuracy caused by conventional manual decoration are solved. Moreover, finished steel plates which are environment-friendly, fire-proof, safe, stable, high in quality, attractive, repeatedly detachable and installed and long in service lives are adopted for wrapping the columns, so that the entire system has the characteristics of industrial production, complete decoration, standard installation and decoration capitalization.

The invention discloses salty and sweet olive preserves and a production method thereof. The production method includes processing procedures of fresh olive sorting, selecting, peeling, salting, grading, separating, washing, preserving, baking, separating, packaging and putting in storage. The finished salty and sweet olive preserves are carefully made, have unique shapes, are bright-colored, taste delicate and have bright market development outlook.

The invention discloses a method for preparing a porous carbon electrode material. The porous carbon electrode material is prepared by using manganese salt and tartrate as raw materials, hydrothermal reaction carbonization, and nitrogen and sulfur doping; the manganese salt is manganese chloride, manganese bromide, A kind of manganese nitrate; tartrate is a kind of sodium potassium tartrate, sodium ammonium tartrate, sodium antimony tartrate; nitrogen source is urea, biuret, N-methylurea, N-ethylurea, N-propylurea , a kind of in N-isopropylurea; Sulfur source is a kind of of thiourea, methylthiourea, ethylthiourea, propylthiourea, butylthiourea; The mol ratio of manganese salt and tartrate is 0.8-1.2; the nitrogen source is 0-20wt% of the mass percentage of the porous carbon electrode material; the sulfur source is 0-15wt% of the mass percentage of the porous carbon electrode material. After the porous carbon is combined with selenium, sulfur, silicon and other electrode materials, it exhibits very good lithium storage performance and has a good application prospect. The preparation process of the porous carbon electrode material is simple and controllable, the operation is convenient, and it is suitable for industrial production.