RO127807A2 - Process and installation for preparing products for treating accidental wounds in animals - Google Patents

Abstract

The invention relates to a process for preparing a cicatrizant and antiseptic product for treating accidental wounds in animals and to an installation for applying said process. The claimed process consists in mixing, in a first stage, the propolis lumps which are dissolved in ethyl alcohol, leaving for maceration for 10 days while stirring for 15 min/day, followed by filtering, and, in the second stage, mixing the propolis alcohol solution with betadine, iodoform ether, and distilled water in a 60:5:5:30 ratio by weight, while stirring for 5 min, further introducing the same into the final dosage form. The claimed installation consists of supplying, stirring, transporting and dosing means, comprising five tanks () of which a tank () for preparing the propolis alcohol macerate and a tank () for final mixing, provided with stirring devices (), a filtering system (), liquid pumps, flowmeters, pneumatic pumps, transport conduits and a pneumatic dosage system.

Description

PbNIHU STATE OFFICE Iw'vWȘUMĂRC

Patent application

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The invention relates to a process and installation for obtaining scarring and antiseptic products for the treatment of accidental wounds in animals.

The technical field in which the invention can be applied is the range of scarring, antiseptic and drying products for animal treatments.

For the purpose of veterinary treatments for wound healing in animals, the effect of propolis is known. This procedure has the disadvantages that for the treatment of wounds in animals only with propolis, this is not sufficient, because an elastic film is formed and the wound does not heal completely.

For the purpose of treating accidental wounds in animals, the sprays with different antibiotics or alifes in the form of petroleum jelly with propolis and antibiotic are deposited directly on the wound of the animal.

These treatments are not sufficient in the case of open wounds or wounds that are being healed, and their application in animals is difficult and difficult to handle, especially as they do not remove flies or insects from the wound during treatment.

The technical problem to be solved by the invention was to change the way of roughing on the wound of the animal by reinforcing the role of propolis with other active substances that help in the rapid healing of the wound.

Mixing of the active substances, propolis, betadine and iodoformed ether can be done in a simple installation so that they can be bottled. The process according to the invention consisted in the fact that, in a first phase, a propolis bulge is introduced into a stainless steel maceration vessel and then introduced into a stainless steel maceration vessel. At the same time, the ethyl alcohol is introduced into the maceration vessel to dissolve the propolis powder, the mixture formed by stirring with the help of a rotary shaft, after which the maceration time is ten days. After maceration the formed mixture is introduced into a filtration vessel, the clean propolis is introduced into a decanting vessel, where the fine propolis particles are removed, followed by the clean propolis liquid being introduced into a final mixing vessel, where it is also introduced distilled water, betadine and iodoformed ether.

0'1011-00262-- Ζ3 ² * -03- 2011

After the final mixing, the formed product is introduced with the aid of a filling head in spray doses or vials with dosing pump, followed by a self-adhesive label on them.

We still call the finished product Propolis - Vet.

For 100 parts by weight the finished product is used: Bulgarian propolis + ethyl alcohol, betadine, iodoformed ether, distilled water in weight ratio of: 60; 5; 5; 30.

The installation for carrying out the process according to the invention comprises five stainless steel tanks, two with stirring devices, liquid pumps, flowmeters, pneumatic pumps, transport pipes, all made of stainless steel, the last tank being connected via a transport pipe with a pneumatic dosing system on the final packaging, followed by a self-adhesive label.

By applying the process according to the invention, the following advantages are obtained:

it can treat accidental wounds, decubital wounds, summer wounds, prophylaxis of operative wounds, phlegm and abscesses after opening and drainage, fistulas, pododermatitis, gangrene after necrotomy, castration, rotten fork, dermatitis, etc.

for strengthening the healing role of propolis, the final solution strengthens this effect by adding betadine and iodoformed ether.

the ether removes the mustaches and insects from the animal's wound.

the wounds can be treated on the spot, without having to rely on the animal for veterinary care.

for longer treatment the breeder can be treated.

only indigenous substances are used.

broadens the range of action of veterinary drugs.

presents simultaneously: antimicrobial, anti-inflammatory effects, stimulating the biological healing process.

the final product being in the form of spray or spray bottle is easy to apply.

the content being bottled is not subject to degradation over time.

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The following is an example of embodiment of the invention in connection with FIG. 1, which schematically represents an overview of the preparation plant, the final mixture for obtaining the products for veterinary use and fig. 2, which represents the final packaging, as well as its label and the spray mode.

For this the prepared product must have a high continuum of the active substance with the role of healing, antiseptic and drying.

The active substance, Bulgarian propolis is crushed in a minicomputer 23 which, with the aid of drums 24, 25, brings solid propolis as a powder in the tank 2 with the help of a pneumatic pump 22. Also in the tank 2 is ethyl alcohol, 96 ° with with the help of a liquid pump, from this moment the maceration process begins. In order to speed up this process, agitator 4 is used and the mixture formed by you in the stainless steel tank about 10 days, the mixing time being 15 minutes / day, rotating the agitator is done with the electric motor 3.

After maceration the mixture formed is introduced by means of pump 21 into the vessel 5 where the filtration process takes place using the filter elements 6.

After filtration the resulting liquid propolis, with the help of a pump 21 and a flowmeter 7 was discharged into the vessel 8, where a process of decanting the possible particles in suspension state takes place.

With the help of pump 8 the obtained content is introduced into the vessel 10, final mixing vessel. Also in this vessel is discharged with the help of pump 13 betadine, with the help of pump 12, iodoformed ether is discharged and with the aid of pump 11, the distilled water is introduced, after which stirrer 4 is started, for the final mixing.

The sludge propolis residues in tanks 5 and 8 are reintroduced into tank 2 with the help of pump 21 to enter the second cycle of preparation, but only once.

The final mixing time should not exceed 5 minutes.

From the tank 10 the final product by means of transport pipes 14 of a flowmeter 15 and of a pneumatic pump 16 the prepared liquid reaches the pneumatic device for dosing and filling 17 and 18, so that the finished product Propolis - Vet is introduced in the packaging 19 and 20 .

Figure 2 shows the sprinkler mode on the wound to be treated with the normal freon spray valve or the freon spray pump, as well as the pharmacotherapeutic action, the

ÎV2 01 1-00262-- f, /

4 -03- 2011 use and the place where animal experiments were performed with very good results; also represented is the range of animals for which treatment with the final solution Propolis Vet is effective.

The table below shows the raw materials used in the process described by the invention:

Nr. Crt. Name of the substance Commercial name Chemical formula 1. Bulgarian propolis Propolis - 2. Ethyl alcohol - CH ₃ CH ₂ OH 3. Betadine Betadine - 4. Iodoformed ether Ethereal tetaiodide 1 R-O-R-C-l I 5. Distilled water Distilled water h ₂ o 6. Ecological Freon Refrigerant R134a cf ₃ ch ₂ f

Claims (3)

1. Process for obtaining veterinary products by mixing and dosing the components for use, characterized in that, in a first phase, mix in a first tank (1) the Bulgarian propolis with ethyl alcohol, in the second phase and the prepared propolis is discharged into the tank (10), where it is mixed with betadine, iodoformed ether and distilled water, which after final agitation is dosed in spray doses or vials with atomizer. 2. Process according to the claim characterized in that for 100 parts by weight the finished product is used Bulgarian propolis + ethyl alcohol, betadine, iodoformed ether and distilled water in a weight ratio of 60; 5; 5; 30. and 3. The installation for carrying out the process defined in claims 1.3. which comprises means of feeding, agitating, transporting and dosing, characterized in that it has in its component a minicomputer (23), five tanks (1,2,5,8,10) provided with Stirring devices (4), a filtration system (6), liquid pumps (9,11,12,13,21), flowmeters (7,15), pneumatic pumps (15,16,22), pipes of J transport (14), which are finally coupled with a pneumatic dosing system (17) at the spray dose (20) and the spray bottle (19).