Plaster companion and manufacturing method thereof

Abstract

The invention discloses a plaster companion. The plaster companion is non-toxic volatile oil extracted from a plant. The plant belongs to the genus pinaceae. The non-toxic volatile oil is oleoresin exuded from the plant of the genus pinaceae pinus. A manufacturing method of the plaster companion comprises the steps that a, the part containing the volatile oil of the plant is smashed and distilledthrough introduced steam, and edible salt is added to distillate for salting-out separation and extraction to obtain the volatile oil; b, distillation under reduced pressure and refining fractional distillation are performed to collect the mixed distillate and turpentine of high, medium and low boiling ranges; the high boiling range is 125-140 DEG C / 10 mmHg, the medium boiling range is 85-125 DEGC / 10 mmHg, and the low boiling range is 45-85 DEG C / 10 mmHg; and c, absorbent cotton is used as a carrier to absorb the mixed distillate and the turpentine to be sub-packaged in aluminum-plastic composite bags, or the mixed distillate and the turpentine are sub-packaged in other containers such as plastic bottles and glass bottles. The plaster companion is a special scavenger designed for plasterresidue after a plaster is applied to an affected part of the skin, and an adopted material is a natural non-toxic and harmless liquid raw material and has a skin irritation function, and has an auxiliary treatment effect on muscle and joint pain. Therefore, the plaster companion is particularly suitable for the removal of the plaster residue. After cleaning by the plaster companion, the removal rate of the plaster residue reaches 100%.

Description

technical field [0001] The invention relates to a medicine cleaning product, in particular to a plaster companion and a preparation method thereof. Background technique [0002] Plaster is an important part of the precious medical heritage of the motherland. As an external dosage form, plaster is absorbed through the skin and has a very significant therapeutic effect on rheumatism, traumatic injuries, sores, blood stasis, amenorrhea, dysmenorrhea, and kidney deficiency. It is particularly convenient to use, without various side effects caused by oral and injection preparations. It has a large drug loading capacity and long-term effect, and is suitable for long-term treatment of chronic diseases. The base of the plaster is refined from edible vegetable oil and red lead into a mixture of lead soap and vegetable oil, and it is very difficult to clean the residue on the affected part of the skin. Cleaning agents such as soap, washing powder, and detergent used in daily life can...

AI Technical Summary

Problems solved by technology

The base of the plaster is refined from edible vegetable oil and red lead into a mixture of lead soap and vegetable oil. It is very difficult to clean the residue on the affected part of the skin. Daily soap, washing powder, detergent and other cleaning agents are powerless

After the patient applied the plaster, the removal of the plaster residue on the skin has always depended on the natural metabolism of the skin and the shedding or friction with the clothing and bedding, and then transferred to the clothing and bedding for natural removal. This will easily cause the contamination of the patient's clothing and bedding by the plaster residue

Inconvenience to the patient

Moreover, once the paste adheres to the clothes, it is difficult to wash