Automatic drug mixer

Abstract

The invention discloses an automatic drug mixer, comprising two parallel supports, a jib arranged on the supports in rotating cooperation as a corss arm, a spin motor to drive the jib to rotate, a drug mixing pan arranged on the jib and a material receiving apparatus under the drug mixing pan. The drug mixing pan is rotatably cooperated with the jib in a way that the drug mixing pan conducts reciprocating swings towards two ends of the jib, and a swing motor is rotatably cooperated with the drug mixing pan. The spin motor can drive the drug mixing pan to tumble around a jib rotating shaft, meanwhile the swing motor can drive the drug mixing pan to swing around a vertical line of the jib rotating shaft to realize compound movement of the drug mixing pan. The automatic drug mixer can substitute manual drug mixing to realize automation, enhance drug mixing effect and efficiency effectively and improve production environment. rotating speeds of the two motors can be adjusted to realize different movement tracks of the drug mixing pan to facilitate exploration of an optimum drug mixing time and movement track. In addition, the invention can realize automatic quantification material distribution and raise production efficiency effectively.

Description

technical field [0001] The invention relates to material mixing equipment, in particular to a drug mixing equipment used for uniform mixing of flammable, explosive and other sensitive materials. Background technique [0002] In the process of preparing flammable, explosive and other sensitive materials, due to safety considerations, the uniform mixing process cannot be achieved by stirring, and the particle sizes of the several materials that usually need to be mixed are greatly different, and the fluidity is different. The difference in density is huge, and the amount of use is also different. The amount of medicine mixed each time is also different. Sometimes the amount of medicine mixed may be small, and sometimes it may be large. When mixing different amounts of medicine, the best movement corresponding to the mixing pot The trajectories are also different. [0003] At present, most of the steps of the ubiquitous drug mixing method are manually involved, the degree of ...

AI Technical Summary

Problems solved by technology

[0003] At present, most of the steps of the ubiquitous drug mixing method are manually involved, the degree of automation is very low, the efficiency is low, the mixing effect is poor, and the production environment is not conducive to human safety and health. The manual operation also seriously affects the efficiency, and at the same time, it is not convenient to explore the best movement trajectory when mixing the medicine pot

Images