Vegetable drug juice extracting device for biological pharmacy

Abstract

The invention discloses a vegetable drug juice extracting device for biological pharmacy. The vegetable drug juice extracting device for the biological pharmacy comprises a device base. The device base is provided with a juice collection box and a residue collection box in a sliding manner. One end of the device base is provided with a vertical plate. The middle portion of the vertical plate is provided with a controller. The upper portion of the vertical plate is provided with a feeding oil cylinder. The feeding oil cylinder coordinates with a feeding push head. The feeding push head is in sliding fit with a feeding square cylinder. The upper portion of the feeding square cylinder is connected with a feeding cylinder. The upper portion of the feeding cylinder is provided with a charging motor. The end portion of the feeding square cylinder is provided with a dividing device. The end portion of the feeding square cylinder coordinates with a conveying channel. The conveying channel is connected with a juice pressing cylinder. The juice pressing cylinder is internally provided with a juice pressing push head in a sliding manner. The vegetable drug juice extracting device for the biological pharmacy is easy to operate, convenient to control, capable of rapidly extracting vegetal juice and conveying the juice to the position of the next treating working procedure and high in automation degree and has a vegetal residue recovering function.

Description

technical field [0001] The invention relates to the field of medicinal material juice extraction devices, in particular to a plant medicinal material juice extraction device for biopharmaceuticals. Background technique [0002] Biopharmaceutical technology is widely used in the field of pharmaceutical manufacturing. Many plants are important raw materials for pharmaceuticals. In pharmaceutical or drug dispensing experiments, it is often necessary to use plant juices to prepare drugs, but the extraction of plant juices is difficult. At present, the commonly used method is to mash the plants and soak them in water to obtain a mixed solution, but the obtained mixed solution contains plant residues, which affects the experimental results, and it needs to be processed by filtration and other treatment methods, and the operation is cumbersome. Now a convenient and reliable method is needed. Devices that can quickly extract plant juices solve this problem. Contents of the inventi...

AI Technical Summary

Problems solved by technology

[0002] Biopharmaceutical technology is widely used in the field of pharmaceutical manufacturing. Many plants are important raw materials for pharmaceuticals. In pharmaceutical or drug dispensing experiments, it is often necessary to use plant juices to prepare drugs, but the extraction of plant juices is difficult. At present, the commonly used method is to mash the plants and soak them in water to obtain a mixed solution, but the obtained mixed solution contains plant residues, which affects the experimental results, and it needs to be processed by filtration and other treatment methods, and the operation is cumbersome. Now a convenient and reliable method is needed. Device that can quickly extract plant sap to solve this problem

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