BG2669U1 - A peno-polyurethane composition - Google Patents

Abstract

The utility model relates to a peno-polyurethane composition, which can be applied to the manufacturing of products for industrial and domestic uses, specifically in the manufacturing of matrasses, furniture, seats, chairs and underwear. The peno-polyurethane composition, according to the utility model, consists of polyol, restricted polyisocyanate, a catalyzer, a foaming agent, an initiator of polymerization, a stabilizer, additives and includes dust amber or a dust-like amber resign with a particle size in the range of microns. The composition ensures a complete usage, possessing properties beneficial for health, as for example, the fact that it stimulates metabolism, eases breathing in asthma or allergic problems, aids in overcoming physical pain, as well as in the accumulated in the body negative energy. 4 claims, 4 figures

Description

(54) POLYURETHANE FOAM COMPOSITION (57) The utility model refers to a polyurethane foam composition which is used in the manufacture of industrial and domestic products, in particular in the manufacture of mattresses, upholstered furniture, seats, chairs and linen. The polyurethane foam composition according to the utility model consists of a polyol, an organic polyisocyanate, a catalyst, a foaming agent, a polymerization initiator, a stabilizer, additives and contains amber powder or powdered amber resin with a particle size in the range of microns. The composition provides full use, having properties beneficial to health, such as the fact that it stimulates metabolism, relieves breathing in asthma and allergic problems, helps to overcome physical pain and release the accumulated negative energy in the body.

claims, 4 figures

2669 UI (54) POLYURETHANE FOAM COMPOSITION

The utility model refers to a polyurethane foam composition that is used for the production of products for industry and household, and in particular in the production of mattresses, upholstered furniture, seats, chairs and linen.

BACKGROUND OF THE INVENTION

Polyurethane foams are known to be a widely used group of polymers. They are used as construction materials in many industries due to their strength and durability.

Polyurethane polyhydric alcohols and organic diisocyanates are known to be used to form polyurethane foam, which are bonded together by a urethane bond and at the same time the organic diisocyanates react with a foaming agent, usually water, to generate carbon dioxide gas. This causes foam to form. Traditionally, organoamines or organometallic compounds have been used as process catalysts. Silicone surfactants can be used to stabilize the polyurethane foam. It is also known that various fillers, additives and colorants can be added to the polyurethane foam preparation process (GB 967441, WO 2007146351, EP 1559734).

U.S. Pat. No. 4,937,273 protects flexible polyurethane foams containing, in addition, inorganic antibacterial agents, such as zeolite or activated carbon, with silver, zinc or copper ions adsorbed on them. The inorganic antibacterial agents are preferably used in the form of a powder with an average particle diameter of 0.1 to 1 μm.

U.S. Patent Application US 2007287002 relates to a mattress made of polyurethane foam containing an additive of flavoring, embedded, whole leaves, pieces of leaves or leaves of lavender, chamomile, rose, green tea, mint, jasmine, sage or combinations thereof. them.

U.S. Pat. No. 8,366,757 protects polyurethane or highly elastic foam for mattresses, pillows or sports mats that emit infrared radiation and / or ions. In addition to the base material, prior to processing by standard techniques such as molding, extrusion and other known practices, they include finely ground materials such as tourmaline, granite porphyry, quartz porphyry, zeolite, perlite, serpentine minerals or mixtures thereof. The invention also provides the possibility of using additional additives to them from fine particles of other inorganic materials selected from aluminum, ferrite, copper, chromium oxide, titanium oxide, zirconia and silica, which also emit or enhance the effect of the additives, and possibility to use additives in order to provide additional effect such as: anti-mold, anti-fungal, deodorizing, flavoring.

Patent application CN 101457017 relates to a polyurethane foam composition for interior products, deodorizing, antibacterial and applicable for the prevention of diseases, including polyols and organic polyisocyanates, foaming agent, catalyst, polymerization initiator and stabilizer, to which are added added anionic additives. or tourmaline dispersed in the polyurethane forming mixture, as well as other additives such as emollients, colorants, fixing agents, thickeners and wetting agents.

Published international patent application WO 2012/137128 discloses an invention for creating an actively heated product (eg mattress, pillow, blanket, slippers, item of clothing), consisting of: a double frame with bags filled with natural amber filling on one side ; actively heated semi-rigid panels inserted between the two sides / sectors of the frame; clamps to secure the product in close proximity to the human body (eg on the back), and a special power supply to heat and maintain the required temperature in the above-mentioned heated semi-rigid panel for the required period of time. The invention is intended for heating natural amber contained in the above product to an optimum temperature of 26-40 ° C, using a special power supply and placing part of the frame with actively heated amber filling in the immediate vicinity or at a certain distance ( a few cm) from the human body; in order to: heat natural amber to the temperature at

2669 UI which amber begins to emit ions, radiation and the effect of which are significantly enhanced after the temperature of natural amber reaches 26-40 ° C, and which positively stimulates the energy points and channels of the human body, the function of nerve centers, nerve transmission impulses, cellular activity, metabolism, etc. and inducing an electromagnetic field around the amber through a biologically active human electromagnetic field (hereinafter referred to as the human biological field) and initiating an interaction between the human biological field and the induced biological field created by man around the amber, with the human biological field responding positively to such interaction (calming, yet stimulating) and directly affects the nerve / reflex centers and energy channels.

The main object of the invention is to provide a polyurethane foam final composition with versatile application, possessing beneficial properties, such as stimulating metabolism, relieving asthma and allergic respiratory problems, helping to overcome physical pain and eliminate negative energy.

Technical essence of the utility model

Nowadays, people tend to turn to nature and its naturalness more and more often: nature is the place to look for answers to many questions, the place to find new natural and effective methods to improve physical and spiritual health. Natural amber is remarkable and is not yet a fully discovered material. Most scientists agree that amber is an amorphous natural derivative of an organic nature. Amber is a hardened derivative of resin secreted by Pinus Succinifera or other pine species for millions of years that resembles a mineral. Amber contains about 8% amber acid (it has been used in pharmacology since ancient times), as well as various other additives. Most scientists and people working with amber suggest that amber can improve the biophysical aspects of the human body and individual organs, improve the healing of tissues and organs and the functioning of the central nervous and digestive systems. It has been observed that under the influence of amber, the number of inflammatory, degenerative processes in the joints and upper layers of the skin tends to decrease, pain in the ears, eyes, stomach and teeth is suppressed, rheumatism is treated. In addition, doctors use amber to treat children affected by the Chernobyl disaster and largely suffering from thyroid disorders.

Therefore, we have developed a polyurethane foam composition as described, consisting of polyurethane foam, with a composition comprising at least one polyol and at least one organic polyisocyanate, a catalyst, a blowing agent, a polymerization initiator and a stabilizer to which amber powder or amber-like resins in size in the range from 1 to 3000 μ in an amount of from 0.1 to 10 wt. %.

The polyurethane foam composition according to the utility model may include other additives, such as cell opening agents, one or more non-combustible compounds, colorants, fillers, antimicrobial agents, crosslinkers, chain extenders, lubricating oils, antistatic agents, reactive polyurethane additives and pigments. .

Polyurethane foam, according to the utility model, is formed in accordance with established and conventional processing techniques, but as powdered amber is added to the polymerization mixture with constant stirring, before expansion or after mixing with glue or other binders is sprayed as a layer in the already the finished polyurethane product.

Polyurethane foam, according to the utility model, has health benefits: such as stimulating metabolism, relieving asthma and allergic respiratory problems, helping to overcome physical pain and eliminate negative energy, as well as a wide range of density, elasticity and firmness.

Examples of preferred embodiments of the utility model

This utility model is illustrated by the following embodiments.

Example 1.

Polyurethane foam is prepared using the following starting components:

2669 UI

вЙЖ ^ поненти Колиместов тегл.ч.7кд Polyether polyol triol with a hydroxyl number of 56 and a molecular weight of 3000 g / mol 100 Toluene 2,4-diisocyanate and Toluene 2,6-diisocyanate in a ratio of 80:20 60 Water 5 Tin (II) - 2-ethylhexanoate 0.37 Triethylenediamine in dipropylene glycol 0.236 Silicone 1.20 Pigment 0.05

In a mixer equipped with a stirrer, the required amounts of polyether polyol triol, water, tin (II) - 2-ethylhexanoate, triethylenediamine in dipropylene glycol, silicone and pigment are dosed. To the mixture homogenized in the mixer is added an additive of 2 parts by weight / kg of powdered amber with a particle size of 70 μ, then the mixture of toluene 2,4-diisocyanate and toluene tempered at a temperature of 25 ° C is added.

2,6-diisocyanate in a ratio of 80:20, with which the reaction for the production of polyurethane foam is started. The mixture is metered into a matrix, which is placed in a vacuum chamber, where it expands for 70 s at a vacuum of 18 kPa, after which the expansion continues for 30 s at atmospheric pressure.

Example 2.

Polyurethane foam is prepared using the following starting components:

Output components '' · Quantity in parts by weight / kg Polyether polyol triol with a hydroxyl number of 56 and a molecular weight of 3000 g / mol 70 Polyether polymer polyol based on glycerol, propylene oxide, ethylene oxide (from 50.00 to 60.00%) with styrene co-polymer with acrylonitrile (from 40.00 to 50.00%) with hydroxyl number 28 30 Toluene 2.4 diisocyanate and toluene 2.6 diisocyanate in a ratio of 80:20 41.7 Water 3.0 Tin (II) - 2-ethylhexanoate 0.18 Triethyleneamine in dipropylene glycol 0.20 Silicone 1.00 Pigment 0.05

2669 UI

The raw materials for the preparation of polyurethane foam were tempered at a temperature of 25 ° C and mixed according to the method described in Example 1. To the mixture was added powdered amber with a particle size of 70 μ in an amount of 4 parts by weight / kg.

The resulting mixture is metered into a matrix and the expansion takes place in a vacuum chamber in which a vacuum of 67 kPa is maintained for 100 s, after which it is continued at atmospheric pressure for 90 s.

The resulting polyurethane foam has a bulk density of $ (density) 30 ± 2 kg / m ³ ; hardness 4.0 ± 1 kPa and elasticity 42% by Ball rebound test.

Example 3.

Polyurethane foam is prepared using the following starting components:

Output components Quantity In weight / hour / cd Polyether polyol triol with a hydroxyl number of 56 and a molecular weight of 3000 g / mol 65 Polyether polymer polyol based on glycerol, propylene oxide, ethylene oxide (from 50.00 to 60.00%) with styrene co-polymer with acrylonitrile (from 40.00 to 50.00%) with hydroxyl number 28 30 Polyether polyol based on glycerol, propylene oxide, ethylene oxide with 75% ethylene oxide content highly effective, (Cell Opener), hydroxyl number 33 5 Toluene-2,4-diisocyanate and toluene-2,6-diisocyanate in a ratio of 80:20 45.8 Water 3.5 Tin (II) - 2-ethylhexanoate 0.28 Triethyleneamine in dipropylene glycol 0.12 Silicone 0.78 Pigment 0.05

The raw materials for the preparation of polyurethane foam are tempered and mixed according to the method described in Example 1. To achieve the desired healthy effect on the consumer, to the mixture is added powdered amber with a particle size of 70 μ in an amount of 2.7 wt./ kg.

The resulting mixture of raw materials is metered into a 40 matrix and expanded at atmospheric pressure.

The resulting polyurethane foam has a bulk density of 36 ± 2 kg / m ³ and a hardness of 2 ± 1 kPa.

Example 4.

Polyurethane foam is prepared using the following starting components:

2669 UI

Output components Quantity in parts by weight / kg Polyether polyol triol with hydroxyl number 56 and molecular weight 3000 g / mol 5 Polyether polyol based on glycerol, propylene oxide hydroxyl number 241.9 and molecular weight 755 g / mol 90 Polyether polyol based on glycerol, propylene oxide, ethylene oxide with 75% ethylene oxide content highly effective (Cell Opener) 5 Toluene 2.4 diisocyanate and toluene 2.6 diisocyanate in a ratio of 80:20 27 Water 1.0 Tin (II) - 2-ethylhexanoate 0.009 Triethyleneamine in dipropylene glycol 0.46 Silicone 0.45 Pigment 0.05

The raw materials for the preparation of polyurethane foam are tempered and mixed according to the method described in Example 1. To achieve the desired healthy effect on the consumer, to the mixture is added powdered amber with a particle size of 70 μ in an amount of 6 parts by weight / kg .

The resulting mixture of raw materials is metered into a matrix and expanded at atmospheric pressure.

The resulting polyurethane foam has a bulk density of 80 ± 2 kg / m ³ and a hardness of 2.0 ± 1 kPa.

Example 5.

Amber powder with a particle size of 1 to 170 μ is mixed with a suitable adhesive. The mixture is stirred by means of a double-diaphragm pump with complete recirculation until a homogeneous mixture is reached. The resulting mixture is injected into the finished polyurethane product with a gun model Finex.

FIG. 1 shows a diagram of a mattress made of a composition of polyurethane foam filled with natural amber powder according to the invention and used for prophylaxis, treatment to improve health and therapy of general disorders. The amber mattress as in FIG. 1 consists of a spring device 4 covered with a layer of cloth material 3 which is covered by a mattress cover quilted with polyurethane foam containing natural amber powder 1 and the appropriate shape is given by the mattress strip 2 placed on the upper and lower edges on the mattress. FIG. 1 provides an overview of a mattress 1 so that a person can lie on his back and perform prevention / treatment through the back area. However, the same ideas, principles and knowledge can be applied to create many other active products with natural amber, such as a pillow, blanket, belt, ribbon, etc.

FIG. 2 shows a diagram of a mattress made of a polyurethane foam composition filled with natural amber powder according to the invention and used for prophylaxis, treatment to improve health and therapy of common diseases. The mattress as in FIG. 2 with

2669 UI of molded polyurethane foam 5 and on which a layer of foam 5a containing natural amber powder, according to the utility model, is covered by a mattress cover quilted with fibers 6, provided by a zipper on the middle part of all side walls.

FIG. 3 shows an overview of a scheme of a mattress, which consists of a core of polyurethane foam 7 covered by a mattress cover quilted with fibers 6, provided by a zipper on all side walls.

FIG. 4 depicts an active cushion made of a composition of polyurethane foam with natural amber powder, according to the utility model, which is placed close to the human body (so that a person can lie on / lay his head on) and perform preventive treatment, treatment for health improvement and treatment of common diseases. For example, in this case, the product (pillow) is intended to be used in a daily preventive / curative process. Pillow according to fig. 4 consists of a molded polyurethane foam 5 containing a natural amber powder according to the utility model, covered by a cloth cushion cover 8.

The essence of the utility model is the product (structure), which combines:

- the property of natural amber to emit ions that have a positive effect on the human body;

- the ability of a human (living organism) to induce a field around amber with its own biological field, where the human (or animal) responds positively to the effects of an electromagnetic field (including other components, if any) created around the amber;

- the designed product (mattress, pillow, blanket) is very comfortable and safe, relatively soft, can be of any shape, can be used in sitting, semi-lying and lying position, as well as lateral lying position, etc.

The essential uniqueness of the utility model:

- the product contains natural amber;

- natural amber used in the product can be actively heated by body temperature only;

- the product is easy to use and accessible;

- does not require special storage conditions;

- medicine;

- relatively cheap;

- does not smell (compared to other amber products of the same order);

- The therapy procedure can be performed at home, in a calm atmosphere and at a convenient time;

- safe to use; To illustrate and describe the utility model, a description of the most preferred embodiments is provided above. This utility model does not require special steps to be performed in detail and does not limit a claim to a specific structure or scope. The above description should be considered as an illustration and not as a limitation. Obviously, those skilled in the art may be well aware of the many possible modifications and variations. The described options are selected and described in order to assist specialists in the field of research of the principles of the utility model and its practical application, using different modifications for a particular use or implementation, and the quantitative parameters of the product and its application may vary application. It is intended that the scope of the utility model be determined by the appended claim and its equivalents containing the terms used in the broadest range of meanings, unless otherwise indicated. It is to be understood that the described embodiments may provide for changes that do not deviate from the scope of the utility model, as set forth herein in the claim.

Claims (4)

A polyurethane foam composition comprising a polyol, a polyisocyanate, a catalyst, a foaming agent, a polymerization initiator, a stabilizer and additives, characterized in that it also contains amber powder or amber powder-like resins with a particle size in the micron range. Polyurethane foam composition according to claim 1, characterized in that the particle size of the amber-like resins is in the range from 1 to 3000 μ. 2669 UI Polyurethane foam composition according to claims 1 and 2, characterized in that the powdered amber or powdered amber resin is in an amount of 0.1 to 10 wt. %. Product comprising a mattress, pillow or blanket, characterized in that it is made of the composition according to claims 1, 2 or 3. Application: 4 figures 2669 UI FIG. 1 (1) spring cover mattress cover, quilted with polyurethane foam, containing natural amber powder (2) mattress strip, (3) fabric layer (4) spring cover FIG. 2 (b) molded polyurethane foam containing natural amber powder (5a) layer of polyurethane foam containing natural amber powder (b) mattress cover quilted with fibers 2669 UI FIG. 3 (7) polyurethane foam core containing natural amber powder (b) mattress cover, quilted with fibers FIG. 4 (b) molded polyurethane foam containing natural amber powder (8) fabric cushion cover Publication of the Patent Office of the Republic of Bulgaria