WO2016044903A1 - Chemical compositions for the elaboration of an organic antimicrobial spray - Google Patents

Abstract

The present patent relates to chemical compositions for the elaboration of an organic antimicrobial spray, relating to a first composition composed of 100% organic ethanol, 2.0% tea tree essential oil, 2.0% neem essential oil, 1.0% Mentha piperita essential oil, 0.4% andiroba oil, 0.3% copaiba oil, in the first phase; the second composition has, in the first phase, 95.37% organic ethanol, 0.10% tea tree essential oil, 0.73% lavender essential oil, 0.10% star anise essential oil, 0.10% fennel essential oil, 0.10% rosemary essential oil, 0.10% patchouli essential oil, 0.20% juniper essential oil, 0.20% sandalwood essential oil and 3.0% propanediol; the third composition has 97.65% organic ethanol, 0.10% tea tree essential oil, 0.10% sweet orange essential oil, 0.10% mandarin essential oil, 0.05% ylang ylang oil and 2.0% propanediol; and the fourth composition has 93.30% organic ethanol, 2.0% tea tree essential oil, 2.0% neem essential oil, 1.0% Mentha piperita essential oil, 0.4% andiroba oil, 0.3% copaiba oil and 1.0% propanediol, highlighting that the components of phase II, hydrocarbons - butane + isobutane + propane = BIP alkane mixtures, are the same for any one of the compositions.

Description

 "CHEMICAL COMPOSITIONS FOR PREPARATION OF ORGANIC ANTIMICROBIAN SPRAY"

 1. INTRODUCTION

 The present invention relates to Chemical Compositions for the Preparation of Organic Antimicrobial Spray, characterized in that it consists of the combination of various natural oils with ethyl alcohol in their liquid form together with agents producing the effect of compressed air vaporization, known as English term, spray.

 Its manufacture is carried out in stages, firstly the dispersion of the natural oils together with the alcohol, separately the dispersion of the vaporizing elements and then the combination of all the components mentioned above and made in a certain operational sequence, for the then proceed to bottling.

 The original process begins by dispersing or combining, at room temperature and in a sterile environment, Organic Ethyl Alcohol or Alcohol together with natural oils, which are Maleleuca or Melaleuca Alternifolia essential oil or Tea Tree Oil, Essential Oil. of Neemn or Azadirachta Indica, Mentha Piperita or Mentha x piperita essential oil, Andiroba or Carapa Guaianensis Seed Oil and Copaifera Oil or Copaifera Langsdorffii Oil.

 At the same time, the dispersion or combination of the vaporization effect elements known as spray, which are hydrocarbons, mixtures of butane, isobutane and propane, better known as Butane, Propane and Isobutane, are carried out.

 Finally, all these components are combined and packaged in suitable containers and complemented with the accessories necessary for their operation, spray effect.

 The same principles apply to these new Chemical Compositions, which are appropriate to the physical and chemical properties of each natural oil.

2. - FIELD OF APPLICATION The field of application of these Chemical Compositions for Organic Antimicrobial Spray Preparation is the field of general and even personal protection and hygiene, more specifically for the protection and sanitation of various products or objects such as shoes, bags and others, as well as used for hand hygiene and other places, noting that its use may be residential and / or commercial and even personal and also veterinary.

 3. - PURPOSE

 The purpose of these Organic Antimicrobial Spray Compositions, as its name implies, refers to the combination of Organic Ethyl Alcohol with antiseptic content in its liquid form and mixing it in various forms with natural oils such as Melaleuca. , Neen, Mint Piperita, Andiroba, Copaiba, Lavender, Star Anise, Fennel, Rosemary, Patchouli, Junipero Bravo, Sandalwood, Sweet Orange, Mandarin, Ylang Ylang and Zemea® Propanediol, as well as with vaporizing agents such as hydrocarbons, mixtures of butane + isobutane + propane alkanes, in predetermined proportions, in order to offer an easy-to-apply, high-antimicrobial compressed air spray product with a variety of pleasant odors.

 4. - STATE OF THE TECHNIQUE

 009 In order to place a product with its own development characteristics on the market, previous research was carried out, both in the market and in the INPI Database - National Institute of Industrial Property, International Classification A61K 36/58 and A61P 31 / 00, and found the following processes:

- PI1104216-8 filed on 11/11/2011 under the title "LIPPIA ALBA ANTIMICROBIAN EXTRACT OBTAINING PROCESS, OBTAINED EXTRACT, AND ANTIMICROBIAN COMPOSITION", which describes a process for obtaining an antimicrobial extract of Lippia alba, obtained by it, and an antimicrobial composition based on essential oil of Lippia alba. More specifically, it describes an animal infection control composition comprising Lippia Alba essential oil; - BR 10 2012 017623 8 filed on 17.07.2012 under the heading "MICROPARTICULATED SYSTEMS, GEL COMPOSITION AND EMULSION COMPOSITION" which describes microparticulate systems obtained from hydroalcoholic leaf extracts of Dalbergia ecastaphyllum and Red Propolis. Further, it relates to pharmaceutical, cosmetic, food and veterinary compositions which comprise microparticulate systems or glycolic extracts in isolation, in association with and / or incorporated, for the treatment of infections caused by microorganisms such as Escherichia coli, Staphylococcus aureus. , Candida krusei, Microsporum canis and Trichophyton menthagrophytes. The microparticulate systems of the invention and glycolic extracts confer a natural antioxidant property to the composition, acting in the intervention of skin aging processes and for the treatment of diseases arising from the oxidative process;

- PI1005866-4 filed September 10, 2010 under the title of "THE USE OF PHYLLANTHUS, EXTRACT OR ANY OF ITS DERIVATIVES, AS ANTIMICROB1AN AGENT AND BY BACTERICIDES, FUNGICIDES, ANTIPHISTICS, VIRICIDES" The use of phiUanthus, its extract or any of its derivatives as an antimicrobial agent and for its bactericidal, fungicidal, antiseptic, varicidal and acaricidal characteristics. After laboratory studies, the efficacy of the use of phillantus extract, as well as its oil and derivatives such as fungicide bactericide, antiseptic, viricide and acaricide, has been proven. Being a natural compound the properties of phiUanthus can be used in many types of products. Examples include the following: medical and dental products, dental, ortho-dental baby powder, dental solution, mouthwash, enamels, creams, soaps, deodorants and antiperspirants, cotton-tipped cleaning and cleaning rods (cotton swabs) ), cologne, wet wipes, absorbent pads, bandages, band-aid dressings, gas, body oil, antiseptic solution, diaper rash cream, moisturizing lotion, sunscreen, shampoo, hair conditioner, clothes sterilizer sponges for bath or general cleaning, spermicides, water purifiers, equipment filters, air conditioning filters, agricultural inputs, detergents, protective caps and cans, etc .; - PI0901501-9 filed on 08.05.2009 under the heading "ANTIMICROBIAN VEGETABLE OIL ACTIVITY", which refers to Antimicrobial Compositions based on a combination of vegetable antimicrobial efficacy oils are prepared by adding to the combination of at least two vegetable essential oils, a small but effective amount of antimicrobial activity enhancer selected from the group comprising organic polymeric enhancers and inorganic polyionic enhancers. A preferred composition is a blend of vegetable essential oils wherein at least one of the oils is oregano oil;

 - PI0700927-5 filed on 16.03.2007 under the title "ANTIMICROBIAN COMPOSITION AND USE OF ANTIMICROBIAN COMPOSITION", which deals with an antimicrobial composition that can be applied to humans and animals without side effects by any route of application for the prevention of treatment of diseases caused by bacteria, fungi and protozoans Can be used on grains, seeds and feed for people and animals, as well as for the control of infections in fermentations. This composition leaves no toxic residues, neither on food nor on animal carcasses. No side or side effects known. Can be used throughout the life of animals and no microbial resistance is known. This invention relates to a composition comprising a hydroxylated fatty acid or a triglyceride containing hydroxylated fatty acids in its composition in combination with cashew nut liquid and / or any of its components (cardol, cardanol and anacardic acid) and / or organic acids. .

 - PI0700430-3 filed on 01/22/2007 under the heading of "CREATIVE EMULSIVE PREPARATION PRODUCT CONTAINING" MINUTE TAGET "ESSENTIAL OIL RESULTING FOR PEDICULICIDE ACTIVITY, ANTIINFLAMATORY ACTIVITY EATRIBATURE AND EARTHYRODUCT AGRICULTURAL USE ", understood by the product now applied for patent is in the class of drugs to combat pediculicity, being also an anti-inflammatory, antimicrobial, healing among other purposes;

- PI0412675-0 filed on July 15, 2004 under the title of "Antimicrobial compositions containing synergistic combinations of quaternary ammonium compounds and essential oils and / or their constituents", which refers to compositions comprising quaternary ammonium compounds and essential oils or their individual constituents, which exhibit enhanced antimicrobial effects. Such combinations may be comprised in lotions, gels, creams, soaps, etc. for application to skin or mucous membranes. The invention is based, at least in part, on the observation that synergistic antimicrobial effects are obtained with combinations of essential oils or their individual constituents and low concentrations of quaternary ammonium compounds.

 010 In addition to the previous searches carried out with the INPI Database, National Institute of Industrial Property, market research and the World Wide Web were also developed to find some similar product.

 011 From the comparative analysis between the priorities found, the results of market research and the Internet, it can be seen that the previous described above, the processes found have no similarity with the object of the present patent, highlighting that in relation to the researches market and Internet, nothing like it was found.

 Moreover, it is worth mentioning that the author of this Patent Application filed on December 18, 2012 the Patent Application filed under the number BR 10 2012 032348-6 entitled "Chemical Composition for Organic Antimicrobial Spray", from of the first studies and research, the basic or initial formulation has the following composition:

 - Organic Ethyl Alcohol

 - Maleleuca essential oil

 - Neen Essential Oil

 - Mentha Piperit Essential Oil

 - Andiroba Oil

 - Copaiba Oil

- Butane, Propane, Isobutane 013 The purpose of this patent application is to offer new combinations of natural type oils, and consequently, each one with different odors, a fact that broadens the range of health benefits alternatives, as well as the penetration of these chemical compositions in the market. .

 5. - TECHNOLOGICAL ADVANCE

 014 The technological advances of these Organic Antimicrobial Spray Preparation Chemical Compositions relate to:

 - Development of an innovative product with unique formulas;

 - Use of a product based on Organic Ethyl Alcohol; -Use of a product based on various natural oils such as Melaleuca, Neen, Mentha Piperita, Andiroba, Lavender, Copaiba, Star Anise, Fennel, Rosemary, Patchouli, Junipero Bravo, Sandalwood, Sweet Orange, Mandarin, etc.

 - Use of a product that combines hydrocarbons, mixtures of butane alkanes + isobutane + propane to obtain and offer the vaporizing effect by compressed air, known as spray.

 - Final product with light texture and fast absorption;

 - Produces refreshing sensory effect;

 - One hundred percent organic product;

 - Offers and has local microbial action;

 - It has no petrochemicals in its formulation;

 - It has no dyes in its formulation;

 - Absence of parabens and preservatives in the formulation

- Does not cause hyper proliferation of resistant strains;

 - Do not harm the ozone layer;

 - The product is easily applied and used to protect and sanitize products or various objects such as shoes, bags and others, as well as be used for hand hygiene and other places, emphasizing that its use may be residential and / or commercial and even personal as well as veterinary.

6. GLOSSARY 015 In order to facilitate understanding, it follows

Technical Glossary, where:

 - NCI = International Nomenclature of Cosmetic Ingredient or International Nomenclature of Cosmetic Ingredients.

 - Andiroba = Carapa guaianensis or Carapa procera.

 - Copaíba = Copaifera langsdorffii.

 - Nesm = Azadirachta indicates

 - Mentha Piperite = Mentha x piperita

 - Melaleuca = Melaleuca alternifolia

 - Lavender = Angustifolia Lavandula

 - Star Anise = Illicium verum

 - Sweet Grass = Foraiculum vulgare

 - Rosemary = Rosmaninus officinalis

 - Patchouli = Pogostemon

 - Junipero Bravo - Juniperus communis

 - Sandalwood = Santalum album

 - Sweet Orange = Citrus x sinensis

 - Mandarin = Crosslinked Citrus

 - Ylang Ylang = Odorata cananga

 - Zemea® Propanediol = Propanediol

 7.- DESCRIPTION OF THE INVENTION

 016 Organic Antimicrobial Spray Chemical Compositions are manufactured in suitable equipment and carried out in stages. Firstly, the dispersion or combination of the natural oils together with the alcohol is performed separately and in parallel the dispersion of the vaporizing elements. , then all the above-mentioned components are combined and made into a given operational sequence for further packaging.

017 The process begins by dispersing or combining, at room temperature in a sterile environment, the Organic Ethyl Alcohol or Alcohol together with the natural oils, in parallel the dispersion or combination of the elements. causes of the spraying effect of compressed air known as spray, which are hydrocarbons, mixtures of butane, isobutane and propane alkanes, better known as Butane, Propane and Isobutane, and finally all these components are combined and packaged in suitable containers. complemented with the necessary accessories for its operation, spray effect.

 7.1.- INITIAL COMPOSITION

 018 The final product, Chemical Compositions for the Preparation of Organic Antimicrobial Spray, from the first studies and research, corresponds to a formulation called basic or initial, which has the following composition:

 - Organic Ethyl Alcohol qsp 100,00

 - Maleleuca 2.0% essential oil

 - Neen Essential Oil 2.0%

 - Mentha Piperita essential oil., 1.0%

 - Andiroba Oil 0.4%

 - Copaiba Oil 0.3%

 - Butane Propane Isobutane qsp

 NEW COMPOSITIONS

 019 In order to complement the basic or original formulation, new Chemical Compositions For Organic Antimicrobial Spray Preparation, from the basic formula, new studies and research were performed and the following three new Compositions were obtained:

 7.2.- SECOND COMPOSITION

 RAW MATERIAL I CI%

 FASÈ I

Organic Ethanol Alcohol 95.37 Melaleuca Essential Oil Melaleuca Athermfolia 0.10 Lavender Essential Oil Lavandula Augustifolia 0.73 Star Anise Essential Oil Lilicium Verum 0.10 Fennel Essential Oil Forniculum vulgare 0, 10 Rosemary Essential Oil Rosmarinus Officinalis 0, 10

Patchouli Pogostemon 0.10 essential oil

Junipero Bravo Essential Oil Juniperus Communis 0.20

Sandalwood Essential Oil Santalus Album 0.20

Zemea® Propanediol Propanediol 3.00

PHASE II

 Hydrocarbons - Mixtures of Butane Alkanes, Propane, qsp Butane + Isobutane + Propane = BIP Isobutane

 7.3. - THIRD COMPOSITION

 RAW MATERIAL INITI%

PHASE I

 Organic Ethyl Alcohol 97.65

Melaleuca essential oil Melaleuca alternifolia 0, 10

Sweet Orange Essential Oil Citrus x sinensis 0, 10

Mandarin Citrus Reticulated Essential Oil 0, 10

Ylang Ylang Ylang Ylang Oil 0.05

Zemea® Propanediol Propanediol 2.00

PHASE II

 Hydrocarbons - Mixtures of Butane Alkanes, Propane, qsp Butane + Isobutane + Propane = BIP Isobutane

 7.4. - FOURTH COMPOSITION

 RAW MATERIAL INITI%

PHASE I

 Organic Ethyl Alcohol 93.30

Melaleuca essential oil Melaleuca alternifolia 2.0

Mint Piperita essential oil Mentha x piperita 1.0

Andiroba Oil Carapa guaianensis 0.4

Copaifera oil Copaifera langsdorffii 0.3

Zemea® Propaneidol Propanediol 1.0

PHASE II Hydrocarbons - Mixtures of Butane Alkanes, Propane, qsp Butane + Isobutane + Propane = BIP Isobutane.

 020 It is important to highlight that the Chemical Compositions presented here, when applied and regardless of which one, it is made with vaporization effect in two constructive forms, spray with compressed air and spray with gas, it is emphasized that in the spray based With compressed air, no gas enters, but Butane, Propane and Isobutane are eliminated.

 8. - PHYSICAL CHEMICAL CHARACTERISTICS OF

PRODUCT

 021 The products obtained, Chemical Compositions for the Preparation of Organic Antimicrobial Spray, in any of their formulations have the following physicochemical characteristics:

 - ASPECT: Non-viscous fluid, homogeneous and free of impurities;

 - COLOR: Translucent as standard;

 - ODOR: Inherent to the aromas used;

 - DENSITY: (gbml) at / 25 ° C: 0.83 g / ml;

 - VISCOSITY: RV - SP / RPM 30 sec.

 9. - CONCLUSION.

 022 It can be seen from all that has been described that they are Chemical Compositions For the Preparation of Organic Antimicrobial Spray, which fits perfectly within the standards of the Invention Patent, because it fills a significant gap in the market, especially because it offers the advantages. hereinafter referred to in the corresponding paragraph, deserving for their description the respective privilege.

Claims

 1) "CHEMICAL COMPOSITIONS FOR THE PREPARATION OF ORGANIC ANTIMICROBIAN SPRAY", manufactured in suitable equipment and in stages, first being performed the dispersion or combination of natural oils together with alcohol, separately and in a parallel way the elements are dispersed. vaporizers, the components mentioned above are then combined and made in a certain operational sequence, to continue to be bottled, being characterized by dispersing, at room temperature and in a sterile environment, the Organic Ethyl Alcohol or Alcohol together with Maleleuca or Maleleuca alternifolia Essential Oil, Mentha Piperita or Mentha x piperita Essential Oil, Andiroba Oil or Carapa Guaianensis Seed Oil and Copaiba or Copaifera langsdorffii Oil.  2) "CHEMICAL COMPOSITIONS FOR PREPARATION OF ORGANIC ANTIMICROBIAN SPRAY", characterized according to claim number one, because in parallel the dispersion or combination of the elements causing the vaporization effect with compressed air known as spray, which are hydrocarbons, mixtures, is carried out. butane, isobutane and propane alkanes, better known as Butane, Propane and Isobutane.  3) "CHEMICAL COMPOSITIONS FOR PREPARATION OF ORGANIC ANTIMICROBIAN SPRAY", characterized according to claim number one, because the product will also be spray produced with the combination of compressed air without use of Butane, Propane and Isobutane.  4) "CHEMICAL COMPOSITIONS FOR PREPARATION OF ORGANIC ANTIMICROBIAN SPRAY", characterized according to claim number one, two and three, because all these components are combined and packaged in suitable containers and complemented with the necessary accessories for their operation, spray effect. 5) "CHEMICAL COMPOSITIONS FOR PREPARATION OF ORGANIC ANTIMICROBIAN SPRAY", characterized according to claim number one, two and three because the first composition in the first phase has 100% of Organic Ethyl Alcohol; 2.0% Maleleuca Essential Oil; 2.0% Neen Essential Oil; 1.0% Mentha Piperita Essential Oil; 0.4% Andiroba Oil; 0.3% of Copaíba Oil.  6) "CHEMICAL COMPOSITIONS FOR PREPARATION OF ORGANIC ANTIMICROBIAN SPRAY", characterized according to claim number one, two and three because the second composition, in Phase I, has 95.37% organic ethyl alcohol as components; 0.10% Melaleuca Essential Oil; 0.73% Lavender Essential Oil; 0.10% Star Anise Essential Oil; 0.10% Fennel Essential Oil; 0.10% Rosemary Essential Oil; 0.10% Patchouli Essential Oil; 0.20% of Junipero Bravo Essential Oil; 0.20% Sandalwood Essential Oil and 3.0% Propanediol and in Phase II Hydrocarbons - Mixtures of Butane Alkanes + Isobutane + Propane = BIP  7) "CHEMICAL COMPOSITIONS FOR PREPARATION OF ORGANIC ANTIMICROBIAN SPRAY", characterized according to claim number one because the third composition in Phase I has: 97.65% Organic Ethyl Alcohol; 0.10% Melaleuca Essential Oil; 0.10% Sweet Orange Essential Oil; 0.10% Mandarin Essential Oil; 0.05% Ylang Ylang Oil; and 2.00% Propanediol and in Phase II, Hydrocarbons - Mixtures of Butane Alkanes + Isobutane + Propane = BPI.  8) "CHEMICAL COMPOSITIONS FOR PREPARING ORGANIC ANTIMICROBIAN SPRAY", characterized according to claim number one, because the fourth composition in Phase I has: 93.30% Organic ethyl alcohol; 2.0% Melaleuca Essential Oil; 2.0% Neen Essential Oil; 1.0% Peppermint essential oil; 0.4% Andiroba Oil; 0.3% Copaíba Oil and 1.0% Propanediol, and in Phase II Hydrocarbons - Mixtures of Butane Alkanes + Isobutane + Propane = BIP.