BRPI0805782A2 - nanometrics bioceramic emitting infrared radiation incorporated in polymers and textile article - Google Patents
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- 239000003462 bioceramic Substances 0.000 title claims abstract description 50
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- AXZKOIWUVFPNLO-UHFFFAOYSA-N magnesium;oxygen(2-) Chemical compound [O-2].[Mg+2] AXZKOIWUVFPNLO-UHFFFAOYSA-N 0.000 claims description 5
- 238000000034 method Methods 0.000 claims description 5
- MWUXSHHQAYIFBG-UHFFFAOYSA-N Nitric oxide Chemical compound O=[N] MWUXSHHQAYIFBG-UHFFFAOYSA-N 0.000 claims description 4
- VYPSYNLAJGMNEJ-UHFFFAOYSA-N Silicium dioxide Chemical compound O=[Si]=O VYPSYNLAJGMNEJ-UHFFFAOYSA-N 0.000 claims description 4
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- JVTAAEKCZFNVCJ-UHFFFAOYSA-N lactic acid Chemical compound CC(O)C(O)=O JVTAAEKCZFNVCJ-UHFFFAOYSA-N 0.000 claims 2
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- XAGFODPZIPBFFR-UHFFFAOYSA-N aluminium Chemical compound [Al] XAGFODPZIPBFFR-UHFFFAOYSA-N 0.000 claims 1
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- Artificial Filaments (AREA)
Abstract
Que se destina à estimulação da auto regularização de tecidos do corpo humano, pela ação mecânica de compressão que impede a distensão da pele, enquanto que o seu contato com o calor do corpo excita a biocerâmica, que refrata o infravermelho longo, promovendo a bioestimulação dos tecidos afetados, onde o seu principal efeito é o de drenagem, controlando a ação do edema, propiciando seu retorno aos vasos linfáticos, onde serão filtrados e eliminado pelo rins ou metabolizados novamente, favorecendo o aumento do metabolismo celular.It is designed to stimulate the self-regulation of human body tissues by the mechanical compression action that prevents the skin from distending, while its contact with body heat excites bioceramics, which refracts the long infrared, promoting the biostimulation of the skin. affected tissues, where its main effect is drainage, controlling the action of edema, providing its return to lymphatic vessels, where they will be filtered and eliminated by the kidneys or metabolized again, favoring the increase of cellular metabolism.
Description
BIOCERÂMICA NANOMÉTRICA EMISSORA DE RADIAÇÃOINFRAVERMELHO INCORPORADA EM POLÍMEROS E ARTIGO TÊXTILNANOMETRIC BIOCERAMIC ISSUER OF INFRARED RADIATION INCORPORATED IN POLYMERS AND TEXTILE ARTICLE
CAMPO DE APLICAÇÃOAPPLICATION FIELD
O presente relatório descritivo refere-se a BIOCERÂMICANANOMÉTRICA EMISSORA DE RADIAÇÃO INFRAVERMELHOINCORPORADA EM POLÍMEROS E ARTIGO TÊXTIL, que se destina àestimulação da auto regularização de tecidos do corpo humano.This descriptive report refers to BIOCERAMICANANETRIC ISSUER OF INFRARED RADIATION INCORPORATED IN POLYMERS AND TEXTILE ARTICLE, which is intended to stimulate the self-regulation of human body tissues.
ANTECEDENTES DA TÉCNICABACKGROUND ART
Na área da saúde e, mais particularmente, de estética pessoalsão diversos os tratamentos que visam à melhoria da qualidade da pele,o controle da dor, e o controle de inflamações, além de outros.In the area of health and, more particularly, personal aesthetics, there are various treatments aimed at improving skin quality, pain control, and inflammation control, among others.
Toda reação química processada no organismo resultado naformação de radicais livres e toxinas, que precisam ser eliminados paraprevenir o envelhecimento precoce, e o surgimento de edemas e deinflamações.Every chemical reaction processed in the body results in the formation of free radicals and toxins, which need to be eliminated to prevent premature aging and the onset of edema and inflammation.
Para realização destes procedimentos, geralmente, se faz usode medicamentos, tópicos ou alopáticos, associados ou não ao uso deequipamentos mecânicos com tecnologia para a estimulação doorganismo; no entanto, ao final do tratamento normalmente ocorremrecidivas ou efeitos colaterais, decorrentes destas técnicas, sendonecessários constantes tratamentos de manutenção.In order to perform these procedures, drugs are usually used, topical or allopathic, associated or not with the use of mechanical equipment with technology for the stimulation of organism; However, at the end of treatment there are usually recurrences or side effects resulting from these techniques, which require constant maintenance treatments.
A luz laser ou Ied é um tipo de terapia já bastante utilizado naárea de saúde e da estética pessoal, com efeitos bastante positivos,propiciando uma alternativa ao uso de medicamentos, pois estimula àauto recuperação do organismo, minimizando os efeitos colateraisoriundos do tratamento.Laser light or Ied is a type of therapy already widely used in the area of health and personal aesthetics, with very positive effects, providing an alternative to the use of medicines, as it stimulates self recovery of the body, minimizing the side effects from treatment.
As terapias atualmente conhecidas apresentam as seguintesdesvantagens:Currently known therapies have the following disadvantages:
- os tratamentos são realizados somente nos consultórios ouclinicas;- The treatments are performed only in clinics or clinics;
- os tratamentos apresentam um custo elevado;- treatments are costly;
- possibilidade do surgimento de recidivas após o termino dotratamento;- possibility of recurrence after termination of treatment;
- necessidade do uso de medicamentos;- need for medication use;
- necessidade de uso de equipamentos;- need to use equipment;
- constante atualização de equipamentos;- constant updating of equipment;
- possibilidade do surgimento de efeitos colaterais decorrentesdo uso de medicamentos;- possibility of side effects arising from medication use;
- desconforto durante o tratamento;- discomfort during treatment;
- maior tempo para o retorno as atividades normais;- longer time to return to normal activities;
- necessidade de deslocamento para o tratamentoFUNDAMENTOS DA INVENÇÃO- need for displacement for treatment BACKGROUND OF THE INVENTION
A partir da análise das propriedades das cerâmicas, observou-se que algumas delas possuem efeitos foto-térmicos; ou seja, com o seuaquecimento, apresentam propriedades de emissão/reflexão de radiaçãode infravermelho.From the analysis of the properties of ceramics, it was observed that some of them have photo-thermal effects; that is, when heated, they have infrared radiation emission / reflection properties.
A biocerâmica nanométrica é formada por partículas ultrafinas eultrapura, com granulometria nanométrica termo-excitável, capaz deemitir infravermelho longo, sendo composta, basicamente, de alumina;de oxido de titânio; de oxido de magnésio e de sílica,The nanometric bioceramics are formed by ultra-fine and ultra-fine particles, with thermo-excitable nanometric granulometry, capable of emitting long infrared, consisting mainly of alumina, titanium oxide; magnesium oxide and silica,
A nanotecnologia é uma inovação tecnológica considerada deponta da ciência moderna, e, com esta nova engenharia molecular,pode-se obter o melhor de cada material, de forma inteligente, pelaminimização do espaço ocupado, e com maior eficácia.Nanotechnology is a technological innovation considered to be the origin of modern science, and with this new molecular engineering, one can get the best out of each material, intelligently, by minimizing space occupied, and more effectively.
A biocerâmica nanométrica se apresenta mil vezes menor queuma célula e um bilhão de vezes menor que o metro, e, por isso, écapaz de ocupar espaços muito pequenos entre as fibras do tecido,sendo, dessa forma, possível a incorporação de um maior número denanopartículas junto às fibras, atingindo assim uma capacidadeinigualável de emissividade de infravermelho longo, sem perda daspropriedades mecânicas do fio.Nanometric bioceramics are a thousand times smaller than a cell and a billion times smaller than the meter, so it is able to occupy very small spaces between the fibers of the tissue, making it possible to incorporate a larger number of nanoparticles. close to the fibers, thus achieving an unmatched long infrared emissivity capability, without losing the mechanical properties of the wire.
BREVE DESCRIÇÃO DOS DESENHOSPara um melhor entendimento do presente BIOCERÂMICANANOMÉTRICA EMISSORA DE RADIAÇÃO INFRAVERMELHOINCORPORADA EM POLÍMEROS E ARTIGO TÊXTIL, faz-se referênciaaos desenhos em anexo, nos quais:BRIEF DESCRIPTION OF THE DRAWINGS For a better understanding of the present BIOCERAMICANOMETRIC ISSUER OF INFRARED RADIATION INCORPORATED IN POLYMERS AND TEXTILE ARTICLE, reference is made to the attached drawings in which:
Figura 1 - Foto em microscopia eletrônica, com aumento de 20mil vezes, da varredura do pó da biocerâmica, na qual a extensão dabarra (azul) mostra área de 0,7 micrometros, podendo ser observadopartículas de biocerâmica menores que 100 nm;Figure 1 - Electron microscopy photo, with a 20-fold magnification, of the bioceramic dust scan, in which the extension of the bar (blue) shows an area of 0.7 micrometres, and it can be observed bioceramic particles smaller than 100 nm;
Figura 2 - Foto em microscopia eletrônica, com aumento de20.000 vezes, da varredura das partículas nanométricas formandogrumos pela força de atração molecular entre elas, sendo que asbiocerâmicas nanométricas com estas características podem serincorporadas de maneira eficiente em polímeros, podendo serextrudados em forma de fibras com a biocerâmica nanométricaincorporada em seu interior ou incorporada externamente à fibra comose fosse um verniz, de modo a exercer um forte imbrincamento ao fio,não se destacando ao ser lavado e sem perder suas características detextura e compressão;Figure 2 - Electron microscopy photo, with 20,000-fold increase, of the scanning of the nanometric particles forming groups by the force of molecular attraction between them, and the nanometric bioceramics with these characteristics can be efficiently incorporated into polymers and can be extruded into fibers. with nanometric bioceramics embedded inside or externally incorporated into the fiber as a varnish, so as to exert a strong interweaving to the wire, not detaching when washed and without losing its characteristics of texture and compression;
Figura 3 - Foto ampliada da trama do fio impregnadoexternamente com a biocerâmica nanométrica;Figure 3 - Larger photo of the wire weft externally impregnated with nanometric bioceramics;
Figura 4 - Foto com uma ampliação maior do fio impregnadoexternamente com a biocerâmica nanométrica;Figure 4 - Photo with a larger magnification of the wire impregnated externally with nanometric bioceramics;
Figura 5 - Gráfico de refletância do artigo têxtil incorporando abiocerâmica nanométrica não lavado, na temperatura ambiente (azul) ea 37 0C (vermelho), onde fica nítido o aumento da refletância doinfravermelho no tecido aquecido em quase todo o espectroinfravermelho.Figure 5 - Reflectance graph of the textile article incorporating unwashed nanometric abioceramics at room temperature (blue) and 37 ° C (red), where the increase in infrared reflectance in heated tissue is evident in almost the entire infrared spectrum.
DESCRIÇÃO PREFERIDA DA INVENÇÃOPreferred Description of the Invention
Através de pesquisas realizadas, foi possível a incorporação dabiocerâmica nanométrica em polímeros têxteis, no ato da fusão dosmesmos, aplicados na forma de verniz contendo a biocerâmicananométrica, na face externa das fibras, tais como algodão, lycra,poliamida, elastano, nylon, poliéster e outros, vindo a possibilitar odesenvolvimento de diversos artigos acessórios como, por exemplo,luvas, cintas, ataduras, bermudas, faixas, camisetas, meias, entreoutros, sem perda das suas propriedades de elasticidade e texturas.Through research, it was possible to incorporate nanometric dabioceramics in textile polymers, when melting the same ones, applied in the form of varnish containing bioceramicanometric, on the outer surface of fibers, such as cotton, lycra, polyamide, elastane, nylon, polyester and others, enabling the development of various accessory articles such as gloves, girdles, bandages, shorts, t-shirts, socks, socks, among others, without losing their elasticity and texture properties.
A biocerâmica nanométrica possui uma composição básica ousimilar de 20% de alumina (AI2O3), 3% de titânio Ti, 11% de oxido demagnésio (MgO), 6% de trióxido de diferro (Fe2O3) e 60% de sílica(SiO2), e se apresenta capaz de emitir/refletir infravermelho no espectrode aproximado de 3 a 15 μιτι, sendo que este produto, em contato com apele, é capaz de absorver 97% do infravermelho emitido pelo corpo.Os tecidos impregnados pela biocerâmica nanométrica temuma ação mecânica de compressão que impede a distensão da pele, e oseu contato com o calor do corpo excita a biocerâmica, que refrata oinfravermelho longo, promovendo a bio-estimulação dos tecidosafetados, e sobre os tecidos sadios não desenvolve nenhuma ação,onde o seu principal efeito é o de drenagem, controlando a ação doedema, propiciando seu retorno para os vasos linfáticos, onde serãofiltrados e eliminados pelos rins ou metabolizados novamente.Nanometric bioceramics have a basic or similar composition of 20% alumina (AI2O3), 3% titanium Ti, 11% magnesium oxide (MgO), 6% difro trioxide (Fe2O3) and 60% silica (SiO2), It is capable of emitting / reflecting infrared at an approximate spectral range of 3 to 15 μιτι, and this product, in contact with the skin, is capable of absorbing 97% of the infrared emitted by the body. The tissues impregnated by nanometric bioceramics have a mechanical action. compression that prevents the skin from distending, and its contact with body heat excites bioceramics, which refract the long infrared, promoting the biostimulation of the affected tissues, and on the healthy tissues does not develop any action, where its main effect is the drainage, controlling the action of the edema, providing its return to the lymphatic vessels, where they will be filtered and eliminated by the kidneys or metabolized again.
O infravermelho tem alta afinidade por água, promove umavibração molecular, estimula mediadores químicos, como o oxido nítrico,a promover a vaso dilatação, o que permitirá a drenagem de toxinas,regularizando o pH e a oxigenação dos tecidos, otimizando ometabolismo celular, favorecendo a síntese de ATP, bem como desubstancias próprias de cada célula.Infrared has a high affinity for water, promotes molecular vibration, stimulates chemical mediators, such as nitric oxide, to promote vessel dilation, which will allow toxin drainage, regulating tissue pH and oxygenation, optimizing cellular ometabolism, favoring synthesis of ATP, as well as each cell's own subunits.
Os produtos com a biocerâmica nanométrica em forma detêxteis podem ser usados como coadjuvantes em procedimentosinvasivos, auxiliando no controle da inflamação, sendo útil no pós-cirúrgico, com diminuição da dor, promovendo sensível melhora nacicatrização e manutenção dos resultados, e melhoria da qualidade devida.Products with nanometer-shaped bioceramic in textiles can be used as adjuvants in invasive procedures, helping control inflammation, being useful in the postoperative period, reducing pain, promoting noticeable improvement in healing and maintenance of results, and improved quality.
Com o uso acessórios terapêuticos contendo a biocerâmicananométrica em forma de artigos têxteis, será possível realizar otratamento em casa ou no trabalho, estimulando o corpo a reagir napresença de agentes agressores no meio extra celular.With the use of therapeutic accessories containing the bioceramicanometric in the form of textile articles, it will be possible to perform treatment at home or at work, stimulating the body to react in the presence of offending agents in the extra cellular environment.
O artigo têxtil incorporado com biocerâmica nanométrica, ao seraplicado em uma região do corpo, a 37 0C tem a capacidade de absorvertodo o espectro de infravermelho emitido por esta área coberta por ele,com banda de emissividade variando entre 1 μηι e 50 μιτι, apresentacapacidade reflectiva/emissiva no espectro entre 3μΓη a 14,8 μιη, comeficiência de 97%, promovendo praticamente uma blindagem datransmissão de infravermelho para o ambiente externo.The textile article incorporated with nanometer bioceramics, when applied in a region of the body, at 37 0C has the capacity to absorb the infrared spectrum emitted by this area covered by it, with emissivity band ranging between 1 μηι and 50 μιτι, with reflective capacity. emission in the spectrum between 3μΓη to 14.8 μιη, 97% efficient, practically promoting infrared transmission shielding to the external environment.
Já os têxteis sem a biocerâmica nanométrica apresentamcomportamento refletivo inverso; isto é, quase todo o infravermelhoemitido pelo corpo é transmitido através do tecido e se perde para oambiente, não apresentando efeitos terapêuticos.Texts without nanometer bioceramics, on the other hand, have inverse reflective behavior; that is, almost all the infrared emitted by the body is transmitted through the tissue and is lost to the environment, presenting no therapeutic effects.
Com a utilização do artigo têxtil incorporado com biocerâmicananométrica, a sua emissividade em contato com a pele esta na ordemde 20pW/cm2, o que eqüivale à aplicação de uma energia deinfravermelho da ordem de 0,72mJ/cm2, por hora de uso do artigo têxtilcom a biocerâmica nanométrica, sendo preconizado o uso de pelomenos 6 horas/dia perfazendo uma energia total da ordem de 4,32J/cm2,para se obter efeitos terapêuticos desejados, sendo esta dosagem deenergia compatível com os Iasers terapêuticos.Using the bioceramic-incorporated textile article, its emissivity in contact with the skin is in the order of 20pW / cm2, which is equivalent to the application of an infrared energy of 0.72mJ / cm2 per hour of use of the textile with the nanometric bioceramics, being recommended the use of at least 6 hours / day with a total energy of the order of 4,32J / cm2, to obtain the desired therapeutic effects, being this dosage of energy compatible with the therapeutic lasers.
Desta forma, os acessórios terapêuticos produzidos a partir doartigo têxtil incorporado com biocerâmica nanométrica podem serusados tanto em repouso como em atividades físicas de qualquermagnitude, realizando a bio-estimulação do organismo, que reagirá napresença da luz do infravermelho longo, se auto regulando, comminimização do uso de medicamentos, mantendo os resultados obtidoscom o tratamento, além acelerar etapas de inflamação e pós-operatórios, minimizando o tempo perdido com outros tipos deprocedimentos.Thus, therapeutic accessories produced from the textile incorporated with nanometric bioceramics can be used at rest as well as in physical activities of any magnitude, performing the body's biostimulation, which will react in the presence of long, self-regulating infrared light, as well as medication use, maintaining the results obtained with the treatment, besides accelerating inflammation and postoperative stages, minimizing the time wasted with other types of procedures.
Uma pequena quantidade de biocerâmica nanométrica poderáser incorporada à massa polimérica, no ato da fusão de polímero sendoposteriormente, extrudada na forma de fio, que será usado na confecçãode um acessório terapêutico, tais como luvas, bermudas, camisetas,meias e outros, os quais poderão ser tecidos sem costura e comdiferentes tipos de fibras, para propiciar vários fatores de compressãomecânica diferentes na mesma peça, que impedem a distensão da pele,ativando, com o infravermelho longo, os fatores fisiológicos quefacilitarão a drenagem linfática.A small amount of nanometric bioceramics may be incorporated into the polymeric mass upon melting of the polymer and then extruded in the form of yarn which will be used to make a therapeutic accessory such as gloves, shorts, t-shirts, socks and others which may be Be seamless fabrics with different types of fibers, to provide several different mechanical compression factors in the same piece, which prevent skin distension, activating, with the long infrared, the physiological factors that will facilitate lymphatic drainage.
A biocerâmica nanométrica pode ser aplicada externamente aofio de forma que fica impedida de se soltar durante as lavagens do artigotêxtil, ou poderá ser aplicada no interior da fibra, podendo assim tecerpeças com fatores de compressão em áreas distintas, o que possibilitasua reutilização por período de tempo mais prolongado.Nanometric bioceramics can be applied externally to the yarn so that it is prevented from loosening during the washes of the textile article, or it can be applied inside the fiber, thus being able to weave with compression factors in different areas, allowing its reuse for a period of time. longer.
A biocerâmica nanométrica também poderá ser incorporada emresinas e polímeros através de reações químicas podendo serencontrada em produtos médicos odontológicos como cimentoscirúrgicos, cimentos endodônticos, cimentos forradores, películas deproteção da pele e mucosa, gazes absorventes e não aderentes,adesivos para a pele.Nanometric bioceramics may also be incorporated into resins and polymers through chemical reactions and may be found in dental medical products such as surgical cements, endodontic cements, lining cements, skin and mucous protection films, absorbent and non-adherent gauze, skin adhesives.
O infravermelho emitido pela biocerâmica nanométrica,estimula a vibração molecular da água contido nas células, podendoapresentar efeitos bacteriostáticos e de mudança no pH, apresentandoefeitos importantes na conservação de alimentos e no controle da suaacidez, podendo ser confeccionado embalagens com a biocerâmicananométrica para este fim.Infrared emitted by nanometric bioceramics, stimulates the molecular vibration of the water contained in cells, can have bacteriostatic effects and pH change, having important effects on food preservation and acidity control, and packaging can be made with the biometric nanometer for this purpose.
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US9833509B2 (en) | 2014-05-05 | 2017-12-05 | Multiple Energy Technologies Llc | Bioceramic compositions and biomodulatory uses thereof |
| US10252945B2 (en) | 2012-09-26 | 2019-04-09 | Multiple Energy Technologies Llc | Bioceramic compositions |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| US10252945B2 (en) | 2012-09-26 | 2019-04-09 | Multiple Energy Technologies Llc | Bioceramic compositions |
| US12234191B2 (en) | 2012-09-26 | 2025-02-25 | Multiple Energy Technologies Llc | Bioceramic compositions |
| US9833509B2 (en) | 2014-05-05 | 2017-12-05 | Multiple Energy Technologies Llc | Bioceramic compositions and biomodulatory uses thereof |
| US9962441B2 (en) | 2014-05-05 | 2018-05-08 | Multiple Energy Technologies Llc | Bioceramic compositions and biomodulatory uses thereof |
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