3results about How to "Consistent texture" patented technology

The invention discloses IBAD equipment for preparing a superconducting tape MgO film layer, belongs to the technical field of superconducting material preparation equipment, and aims to solve the technical problems that existing IBAD equipment is low in MgO film layer preparation efficiency, poor in operation stability, dependent on manpower in detection and the like. The equipment comprises a vacuum system, a tape conveying system, an ion source system, a tape detection system and a control system, and all the systems work cooperatively: the vacuum system constructs a gradient vacuum environment in which a coating main cavity is 0.01-0.04 Pa and an ear cavity is less than or equal to 0.005 Pa, so as to prevent gas pollution; the belt conveying system adopts an integrated guide wheel and flange structure, tension closed-loop control and speed self-diagnosis compensation are combined, tension fluctuation is smaller than or equal to 3%, tension difference fluctuation is smaller than or equal to 5%, and forward and reverse rotation reciprocating coating is supported. According to the method, the preparation efficiency and quality of the MgO film layer are greatly improved, the process adaptability is high, the batch production requirement of the second-generation high-temperature superconducting REBCO strip is met, and the method is suitable for superconducting material preparation in a high-intensity magnetic field application scene.

The invention provides integrated small soybean milk and uncongealed bean curd processing equipment. The integrated small soybean milk and uncongealed bean curd processing equipment comprises a raw material storage system, a soybean soaking system, a soybean milk grinding system, a preparation system and an equipment frame. The systems are vertically arranged on multiple layers of separation layer plates in the frame in a layered manner and are communicated through pipelines; the raw material storage system is provided with a vacuum suction machine to convey dry soybeans to the soaking system, a bottom discharge valve of the soaking system discharges a soaked mixture to the grinding system, the grinding system grinds the mixture and then sends the mixture to the preparation system, and the preparation system heats or marinades the mixture into soybean milk or beancurd jelly. The equipment cancels long-distance conveying through gravity flow layout, is compact and miniaturized in structure, and adapts to a limited space environment; the control system provides a full-automatic mode and a semi-automatic mode to adapt to different operation habits. All the systems cooperate to improve the processing quality; operation and maintenance are convenient, the structure is reliable, integrated processing from dried soybeans to beancurd jelly is achieved, and the problems that traditional equipment is large in space, loose in process, large in quality fluctuation and the like are solved.

The utility model discloses a constant temperature formula jam production transmission device, including conveyer, the inside installation of conveyer is used for the transport component of transmission jam, and the transport component includes transmission roll, and transmission roll rotatory connection is in the inside of conveyer, and the below of transmission roll is installed fixed box, and fixed box sets up in conveyer, and fixed box is set up between transmission roll, and the inside of fixed box is set up with heating rod. The utility model discloses through the cooperation of three can provide sustained, stable heat, and combines its with the cross arrangement of transmission roll, can make the jam in transmission even heat, avoid because temperature fluctuation leads to jam to appear solidification, delamination, metamorphic etc. problem, ensure the taste, color and texture of jam always keep consistent, reduce its tackiness, reduce the material loss caused by adhering on the transmission component, also reduce the difficulty of equipment cleaning.