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WO2018232484A1 - LASER DIODE DEVICE FOR BIOMODULATION OF TISSUES AND PAIN IN DENTINARY HYPERSENSITIVITY WITHOUT USE OF CHEMICAL AGENTS AND / OR HEAT - Google Patents

LASER DIODE DEVICE FOR BIOMODULATION OF TISSUES AND PAIN IN DENTINARY HYPERSENSITIVITY WITHOUT USE OF CHEMICAL AGENTS AND / OR HEAT Download PDF

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Publication number
WO2018232484A1
WO2018232484A1 PCT/BR2018/050205 BR2018050205W WO2018232484A1 WO 2018232484 A1 WO2018232484 A1 WO 2018232484A1 BR 2018050205 W BR2018050205 W BR 2018050205W WO 2018232484 A1 WO2018232484 A1 WO 2018232484A1
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laser
heat
biomodulation
pain
chemical agents
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French (fr)
Portuguese (pt)
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Rafael Figueiredo DA SILVA
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    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61NELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
    • A61N5/00Radiation therapy
    • A61N5/06Radiation therapy using light
    • A61N5/0613Apparatus adapted for a specific treatment
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61CDENTISTRY; APPARATUS OR METHODS FOR ORAL OR DENTAL HYGIENE
    • A61C19/00Dental auxiliary appliances
    • A61C19/06Implements for therapeutic treatment
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61CDENTISTRY; APPARATUS OR METHODS FOR ORAL OR DENTAL HYGIENE
    • A61C7/00Orthodontics, i.e. obtaining or maintaining the desired position of teeth, e.g. by straightening, evening, regulating, separating, or by correcting malocclusions
    • A61C7/08Mouthpiece-type retainers or positioners, e.g. for both the lower and upper arch
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61NELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
    • A61N5/00Radiation therapy
    • A61N5/06Radiation therapy using light
    • AHUMAN NECESSITIES
    • A61MEDICAL OR VETERINARY SCIENCE; HYGIENE
    • A61NELECTROTHERAPY; MAGNETOTHERAPY; RADIATION THERAPY; ULTRASOUND THERAPY
    • A61N5/00Radiation therapy
    • A61N5/06Radiation therapy using light
    • A61N2005/0658Radiation therapy using light characterised by the wavelength of light used
    • A61N2005/0662Visible light

Definitions

  • the present invention relates to use and light emitting device, based on LASER DYOD, operating at wavelength, specific power and intensity, for tissue biomodulation and pain in dentin hypersensitivity without the use of chemical agents and / or heat being a practical, quick and simple to be used.
  • Dentin is a part of the dental organ that has dentinal canalicules filled with nerve endings, and therefore, when exposed to physical, chemical or thermal stimuli generate pain.
  • the dental organ is divided into two parts, dental crown and dental root (wrapped by the periodontal tissue), and presents basically four different types of tissues: enamel, cementum, dentin and dental pulp.
  • dentin is the underlying tissue to the enamel and cement, any rupture of the latter, promote exposure of dentinal canaliculos, exposed to physical, chemical or thermal agents generate pain.
  • the constant exposure of the dental organ to acid-rich foods eg citrus fruits, soft drinks
  • periodontal disease considered bio-corrosion
  • acid-rich foods eg citrus fruits, soft drinks
  • periodontal disease considered bio-corrosion
  • Laser light on the dental element produces changes in the neural transmission network within the dental pulp, depresses nerve transmission, induces the production of beta endorphins, and discomfort or pain ceases.
  • Current techniques of non-surgical and low power laser diode desensitization perform nerve transmission depression through light sources operating at wavelengths between 635 and 850 nm, whether or not associated with the use of chemical obliteration agents dentinal or neural action channels.
  • chemical obliteration agents dentinal or neural action channels.
  • the most common and usual of these agents is Sodium Fluoride (NaF - dentin channel obliterator).
  • NaF - dentin channel obliterator The mechanism for reducing hypersensitivity involves the penetration of fluoride in the exposed ducts and consequent crystallization of the molecule.
  • the temperature of the buccal cavity would be enough to maintain the reaction, but the process is accelerated with the presence of light, when it converts light energy to thermal, generating intrinsic loss of water of the dentin, removal of proteins and increase of crystals of hydroxyapatite present in the dental element.
  • the procedure involves applying the NaF-based gel to the dentin region on its outer surface and waiting for the time for its penetration into the dental structure. This process is currently employed in dentistry worldwide.
  • Patent document number 0501487-5 A (BR) relates to the simultaneous use of led and laser light for dental bleaching therapy and biomodulation of involved tissues, not demonstrating and not referring to their use or efficacy of use without the use of led light and bleaching gel (chemical agent), therefore, it is not deductible to the state of the art its use without the use of chemical agents and previous exposure to led light.
  • Patent document 6,976,841 BI (US) relates to an electro-optical system in tray format for dental whitening, activation and curing resulting from liquid and semi-liquid materials used in commercial dental applications, not demonstrating and not referring to its use or efficacy for use in the treatment of dentin hypersensitivity, and therefore, it is not deductible to the state of the art for its use in the treatment of dentine hypersensitivity.
  • Patent document 10-1045182 (KR), under International Publication No. WO 2004/028626, relates to an electro-optical system in tray format, specific for dental bleaching using chemical agent for procedure, not demonstrating and not referring to its use or efficacy for use in the treatment of dentine hypersensitivity, deductible to the state of the art its use for the treatment of dentin hypersensitivity.
  • the essential part of the treatment for dentin hypersensitivity corresponds in depressing the nerve transmission through only a physical phenomenon, that is, the use of a light emitter with wavelength, specific power and intensity, these being the essential point and most important for its effectiveness.
  • Neurotransmitters / neuropeptides (substance P)
  • substance P neuropeptides
  • the neurotransmitters are released, joining the neurokinin K receptor. This process is repeated in each neuron until reaching the trigeminal ganglion area. A portion of this connects to other primary somesthetic nerves in the spinal lemniscus, and the information is directed to the thalamus making the synapse in the lateral posterior ventro nucleus, and, through the cortical thalamus treatment, the primary somesthetic area in the cortex arrives. is pain or hypersensitivity.
  • the present invention patent which consists of a light emitting device, based on LASER DYOD, operating on the wavelength, power and intensity specific for inhibition / biomodulation of impulses in nerve endings and adjacent dental tissues, without the use of chemical agents or heat, being practical, quick and simple to be used.
  • the drawing 1 is an exemplary presentation of the tissue and pain biomodulation system for treating dentin hypersensitivity demonstrates the top cap and bottom assembly assembled (closed). Top right isometric view, followed by nominal designation of structures and mean of measurements (whose variation should be considered and adjusted to each profile of tooth arch shape and size):
  • Drawing 2 is an exemplary presentation of the tissue and pain biomodulation system for treatment of dentin hypersensitivity, demonstrates the lower base of the set, upper right isometric view, with the following references:
  • 1- U-shaped channel Function: storage of electronic components of the system (wires, diodes, etc).
  • 2- U-shaped channel Function: support of dental structures.
  • Drawing 3 is an exemplary presentation of the tissue and pain biomodulation system for the treatment of dentin hypersensitivity, shows the upper lid of the set with upper right isometric view followed by the following references:
  • the drawing 4 is an exemplary presentation of the tissue and pain biomodulation system for treatment of dentin hypersensitivity, shows the top cover and lower base assembly, assembled (closed), with the following references:
  • the drawing 5 is an exemplary presentation of the tissue and pain biomodulation system for treatment of dentin hypersensitivity, show top cover of the set with the following references:
  • the drawing 6 is an exemplary presentation of the tissue and pain biomodulation system for treatment of dentin hypersensitivity, demonstrates lower base of the set with the following references:
  • the device uses a light source, based on emitters of the LASER DYOD type operating at wavelength 740nm ⁇ 150, with a power range of 5 to 500 mW and an intensity of 2 to 40mW / cm 2 .
  • the device consists of a semi-circular "U” -shaped part or “tray” shape drawing 7 - front view (7A assembled assembly, 7B base, 7C front and top cover, 7D sagittal cut base) , for individual use, that is, for each patient, composed of: LASER light emitters with integrated luxmeter (1); an electronic plate assembly (2); electronic components: heat sink (3), micro SMD controller (4), diode (5), mosfet (6), buzzer (7), temperature sensor Lm35 or compatible (8), wave emitter (9), micro antenna (10), power battery (11), gps locator signal emitter (12), integrated processor (13), one or more activation occlusal protection mechanisms and sensors for salivary fluid analysis (14), LCD / touch display (15), one or more indicator lights / on / off button (16), wired internal channel for connection between the board, sensors and laser diode, with the aid of micro terminals 17).
  • LASER light emitters with integrated luxmeter (1) an electronic plate assembly (2)
  • electronic components heat sink
  • an on-line / off-line interaction platform in a specific electronic address (web page), mobile device or other electronic / computerized device whose purpose is the traffic and storage of data referring to the use of the device , referenced by a narrowing in the patient x professional relationship and an increase in the index of success in applying the technique, since the monitoring of the procedures by the professional (s) occurs under conditions of use of the device.
  • the anatomical composition of the device allows its approach to the dental arch, so that the light impinges on the arcade in low light in the other adjacent tissues and concentrates the light energy in the target to be desensitized, protecting the other regions, except when the the appliance is set to tissue biomodulation for the target that does not require dentin desensitization.
  • the electronic board assembly (2) has all the basic essentials for proper operation of the device, which provide power through rechargeable batteries, for the proper operation of the light emitters; turn the device on and off and supply the pulsed or continuous current for the operation of the transmitters.
  • buttons (16) allow you to turn the device on and off.
  • the wavelength range, power and intensity of the device do not cause damage to the tissue, acting mainly on the sensory fibers, and is therefore programmable by the manufacturer / professional according to the protocol developed.
  • the system can operate in continuous or pulsed mode, according to the developed protocol.

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  • Health & Medical Sciences (AREA)
  • Engineering & Computer Science (AREA)
  • Biomedical Technology (AREA)
  • General Health & Medical Sciences (AREA)
  • Veterinary Medicine (AREA)
  • Public Health (AREA)
  • Life Sciences & Earth Sciences (AREA)
  • Animal Behavior & Ethology (AREA)
  • Nuclear Medicine, Radiotherapy & Molecular Imaging (AREA)
  • Radiology & Medical Imaging (AREA)
  • Pathology (AREA)
  • Oral & Maxillofacial Surgery (AREA)
  • Dentistry (AREA)
  • Epidemiology (AREA)
  • Dental Tools And Instruments Or Auxiliary Dental Instruments (AREA)
  • Radiation-Therapy Devices (AREA)

Abstract

The present invention patent relates to the use of a light-emitting device, which can be LED- or laser-based, operating at a specific wavelength, power and intensity, for biomodulating pain in dentin hypersensitivity without the use of chemical agents and/or heat, said device being practical, quick and simple to use.

Description

DISPOSITIVO EMISSOR DE LUZ À BASE DE DÍODO LASER PARA BIOMODULAÇÃO DE TECIDOS E DOR EM HIPERSENSIBILIDADE DENTINÁRIA SEM USO DE AGENTES QUÍMICOS E/OU CALOR LASER DYOD-BASED DEVICE FOR BIOMODULATION OF FABRICS AND PAIN IN DENTINARY HYPERSENSITIVITY WITHOUT USE OF CHEMICAL AGENTS AND / OR HEAT

[01] A presente patente de invenção se refere a uso e dispositivo emissor de luz, a base de LASER DÍODO, operando no comprimento de onda, potência e intensidade específicos, para biomodulação de tecidos e dor em hipersensibilidade dentinária sem uso de agentes químicos e/ou calor sendo um prático, rápido e simples de ser utilizado. The present invention relates to use and light emitting device, based on LASER DYOD, operating at wavelength, specific power and intensity, for tissue biomodulation and pain in dentin hypersensitivity without the use of chemical agents and / or heat being a practical, quick and simple to be used.

[02] Atualmente, a dessensibilização dentinária é considerado procedimento de rotina realizado em consultórios odontológicos, sendo portanto, considerado um procedimento de rotina para a odontologia . [02] Currently, dentinal desensitization is considered a routine procedure performed in dental offices, and is therefore considered a routine procedure for dentistry.

[03] Para entender o seu funcionamento, primeiramente é importante entender como a hipersensibilidade dentinária acontece, o que causa desconforto ou dor. [03] To understand its functioning, it is first important to understand how dentin hypersensitivity happens, which causes discomfort or pain.

[04] Dentina é uma parte do órgão dental que possui canaliculos dentinários preenchidos com terminações nervosas, e portanto, quando expostas a estímulos físicos, químicos ou térmicos geram dor. [05] O órgão dental se divide em duas porções, coroa dental e raiz dental (envolto pelo tecido periodontal ) , e, apresenta basicamente quatro tipos de tecidos distintos: esmalte, cemento, dentina e polpa dental . [04] Dentin is a part of the dental organ that has dentinal canalicules filled with nerve endings, and therefore, when exposed to physical, chemical or thermal stimuli generate pain. The dental organ is divided into two parts, dental crown and dental root (wrapped by the periodontal tissue), and presents basically four different types of tissues: enamel, cementum, dentin and dental pulp.

[06] Em condições fisiológicas, o que promove a proteção da dentina em sua porção coronária é o esmalme dental, e, em porção radicular é o cemento dental, envolto pelo tecido periodontal. [06] In physiological conditions, what promotes the protection of the dentin in its coronary portion is the dental enamel, and, in radicular portion is the dental cementum, wrapped by the periodontal tissue.

[07] Como a dentina é o tecido subjacente ao esmalte e cemento, qualquer ruptura destes últimos, promovem exposição dos canaliculos dentinários, estes, expostos a agentes físicos, químicos ou térmicos geram dor. As dentin is the underlying tissue to the enamel and cement, any rupture of the latter, promote exposure of dentinal canaliculos, exposed to physical, chemical or thermal agents generate pain.

[08] Técnica de escovação inadequada, procedimentos de raspagem periodontal, traumas de mastigação, são caracterizados agentes físicos que promovem a retração do tecido gengival periodontal, consecutiva perda de cemento radicular e exposição dos canaliculos dentinários. [08] Inadequate brushing techniques, periodontal scaling procedures, chewing traumas, are characterized physical agents that promote the retraction of periodontal gingival tissue, consecutive loss of root cementum and exposure of dentinal canaliculi.

[09] A constante exposição do órgão dental a alimentos ricos em ácidos (ex: frutas cítricas, refrigerantes ) e a doença periodontal (considerado biocorrosão) , são caracterizados agentes químicos que promovem desgaste do esmalte e cemento dental, respectivamente, e exposição dos canaliculos dentinários . The constant exposure of the dental organ to acid-rich foods (eg citrus fruits, soft drinks) and periodontal disease (considered bio-corrosion), are characterized chemical agents that promote enamel and dental cement wear, respectively, and exposure of dentinal channels.

[010] Considerado os feitos citados, qualquer agente térmico, fisico ou químico em contato com o órgão dental e com exposição dentinária, possui maior probabilidade de apresentar hipersensibilidade dentinária e até dor. [010] Considering the facts cited, any thermal, physical or chemical agent in contact with the dental organ and with dentin exposure is more likely to have dentine hypersensitivity and even pain.

[011] Para eliminar a dor, hipersensibilidade ou desconforto do paciente é necessário a remoção total de terminações nervosas do elemento dental. Contudo, efetuar a extirpação do nervo nem sempre é a terapia mais indicada, a solução é promover analgesia por ação de feixe de luz laser de baixa potência. [011] To eliminate the pain, hypersensitivity or discomfort of the patient is necessary the total removal of nerve endings from the dental element. However, performing nerve excision is not always the most indicated therapy, the solution is to promote low-power laser beam analgesia.

[012] A luz laser incidida no elemento dentário produz alterações na rede de transmissão neural dentro da polpa dentária, deprime a transmissão nervosa, induz a produção de beta endorfinas, cessando o desconforto ou dor. As técnicas atuais de dessensibilização dentinária com diodo laser não cirúrgico e de baixa potência, realizam a depressão de transmissão nervosa através de fontes de luz que operam em comprimento de onda entre 635 a 850 nm, sendo ou não associadas ao uso de agentes químicos obliteradores de canais dentinários ou de ação neural . [013] O mais comum e usual destes agentes é o Fluoreto de Sódio (NaF - obliterador de canal dentinário) . O mecanismo para redução da hipersensibilidade envolve a penetração de fluoreto nos canaliculos expostos e consequente cristalização da molécula. Laser light on the dental element produces changes in the neural transmission network within the dental pulp, depresses nerve transmission, induces the production of beta endorphins, and discomfort or pain ceases. Current techniques of non-surgical and low power laser diode desensitization perform nerve transmission depression through light sources operating at wavelengths between 635 and 850 nm, whether or not associated with the use of chemical obliteration agents dentinal or neural action channels. [013] The most common and usual of these agents is Sodium Fluoride (NaF - dentin channel obliterator). The mechanism for reducing hypersensitivity involves the penetration of fluoride in the exposed ducts and consequent crystallization of the molecule.

[014] Normalmente a temperatura da cavidade bucal seria suficiente para manutenção da reação, porém o processo é acelerado com a presença de luz, quando se converte energia luminosa em térmica, gerando perda de água intrinsica da dentina, remoção de proteínas e aumento dos cristais de hidroxiapatita presentes no elemnto dental. Normally the temperature of the buccal cavity would be enough to maintain the reaction, but the process is accelerated with the presence of light, when it converts light energy to thermal, generating intrinsic loss of water of the dentin, removal of proteins and increase of crystals of hydroxyapatite present in the dental element.

[015] Geralmente, o procedimento envolve aplicar o gel (à base de NaF) na região de dentina, na sua superfície externa e aguardar o tempo para sua penetração na estrutura dental. Este processo é atualmente empregado na odontologia a nível mundial . Generally, the procedure involves applying the NaF-based gel to the dentin region on its outer surface and waiting for the time for its penetration into the dental structure. This process is currently employed in dentistry worldwide.

[016] Diversos dispositivos fonte de luz foram desenvolvidos e consequentemente tiveram suas patentes requeridas com o objetivo de uso isolado ou em consonância com agentes químicos em forma de gel ou líquido. [017] O documento patente número 0501487-5 A (BR) , refere-se ao uso simultâneo de luz led e laser para terapia de clareamento dental e biomodulação de tecidos envolvidos, não demonstrando e não referenciando a sua utilização ou eficácia de uso sem a utilização de luz led e gel clareador (agente químico) , não sendo portanto, dedutível ao estado da técnica a sua utilização sem o uso de agentes químicos e exposição prévia a luz led. Various light source devices have been developed and consequently had their patents required for the purpose of use alone or in consonance with chemical agents in the form of gel or liquid. Patent document number 0501487-5 A (BR), relates to the simultaneous use of led and laser light for dental bleaching therapy and biomodulation of involved tissues, not demonstrating and not referring to their use or efficacy of use without the use of led light and bleaching gel (chemical agent), therefore, it is not deductible to the state of the art its use without the use of chemical agents and previous exposure to led light.

[018] O documento de patente 6,976,841 BI (US), refere-se a um sistema eletro óptico em formato de moldeira para clareamento dental, ativação e cura resultante de materiais líquidos e semi-líquidos utilizados em aplicações dentárias comerciais, não demostrando e não referenciando a sua utilização ou eficácia para uso no tratamento de hipersensibilidade dentinária, não sendo portanto, dedutível ao estado da técnica a sua utilização para tratamento da hipersensibilidade dentinária. Patent document 6,976,841 BI (US), relates to an electro-optical system in tray format for dental whitening, activation and curing resulting from liquid and semi-liquid materials used in commercial dental applications, not demonstrating and not referring to its use or efficacy for use in the treatment of dentin hypersensitivity, and therefore, it is not deductible to the state of the art for its use in the treatment of dentine hypersensitivity.

[019] O documento de patente 10-1045182 (KR), sob registro publicação Internacional N° WO 2004/028626, refere-se a um sistema eletro óptico em formato de moldeira, específico para clareamento dental utilizando agente químico para procedimento, não demostrando e não referenciando a sua utilização ou eficácia para uso no tratamento de hipersensibilidade dentinária, não sendo portanto, dedutível ao estado da técnica a sua utilização para tratamento da hipersensibilidade dentinária. [019] Patent document 10-1045182 (KR), under International Publication No. WO 2004/028626, relates to an electro-optical system in tray format, specific for dental bleaching using chemical agent for procedure, not demonstrating and not referring to its use or efficacy for use in the treatment of dentine hypersensitivity, deductible to the state of the art its use for the treatment of dentin hypersensitivity.

[020] Há, no entanto, uma série de problemas associados ao processo/procedimento existentes para aplicação de agentes químicos em forma de gel ou líquido, associados ou não ao laser. Do ponto de vista operacional, deve ser efetuado isolamento relativo da região dentária com auxílio de roletes de algodão, aplicar do gel e aguardar cerca de 04 minutos para que haja a penetração das moléculas a fim de começar o processo. Esta incubação expõe a estrutura dental e tecidos adjacentes por período relativamente médio aos agentes químicos, o que pode promover reações alérgicas devido a associação de corantes na formulação dos agentes químicos. [020] There are, however, a number of problems associated with the existing process / procedure for the application of chemical agents in the form of gel or liquid, associated or not to the laser. From the operational point of view, the relative isolation of the dental region should be carried out using cotton rollers, apply the gel and wait about 04 minutes for the molecules to penetrate in order to begin the process. This incubation exposes dental structure and adjacent tissues for a relatively medium period to chemical agents, which may promote allergic reactions due to the association of dyes in the formulation of chemical agents.

[021] Outro problema importante que existe neste método convencional é a dificuldade de penetração do gel em região sub gengival, em casos onde o "vedamento gengival" (promovido pelos hemi- desmossomas presentes no tecido periodontal) ao redor do elento dentário, encontra-se comprometido. Neste contexto, é evidente a limitação da técnica com o uso de agentes químicos em forma de gel ou líquido, o que, torna a aplicação deste procedimento menos eficaz. Como resultado, este procedimento deve ser repetido por várias vezes, o que, demanda maior tempo do profissional envolvido. [022] Apesar de apresentar menor incidência de hipersensibilidade dentinária, devido a estrutura dental tender a possuir maior conglomerado de dentina terciária ou reparadora, pessoas com mais idade apresentam microtrincas na superfície do dente. Neste caso, ao se aplicar o gel, existe a dificuldade de penetração, relacionado a maior viscosidade . [021] Another important problem that exists in this conventional method is the difficulty of gel penetration in the sub gingival region, in cases where the "gingival seal" (promoted by the hemi-dermosomes present in the periodontal tissue) around the tooth, was committed. In this context, the limitation of the technique is evident with the use of chemical agents in the form of gel or liquid, which makes the application of this procedure less effective. As a result, this procedure must be repeated several times, which, demands more time from the professional involved. Despite having a lower incidence of dentin hypersensitivity, because the dental structure tends to have a greater tertiary or repairing dentin conglomerate, older people have micro-incisions on the surface of the tooth. In this case, when applying the gel, there is the difficulty of penetration, related to higher viscosity.

[023] Como estes problemas são causados pelo gel e pensando em eliminá-los foi que desenvolveu a presente patente, onde, a parte essencial do tratamento para hipersensibilidade dentinária corresponde em deprimir a transmissão nervosa através de apenas um fenómeno físico, ou seja, o uso de um emissor de luz com comprimento de onda, potência e intensidade específicos, sendo estes o ponto essencial e mais importante para a sua eficácia . [023] As these problems are caused by the gel and thinking of eliminating them has been developed the present patent where, the essential part of the treatment for dentin hypersensitivity corresponds in depressing the nerve transmission through only a physical phenomenon, that is, the use of a light emitter with wavelength, specific power and intensity, these being the essential point and most important for its effectiveness.

[024] Utilizando somente esta luz, é capaz de promover grandes excitações elétricas, onde a quantidade de energia introduzida na molécula é capaz de aumentar a eficiência da bomba Na++ e K+, presentes durante a excitação nervosa, e, interagente com a luz, mantém a diferença de potencial elétrico existente entre o interior e o exterior da célula, o que proporciona a analgesia. [025] O processo de dor na hipersensibilidade dentinária inicia-se com a excitação nervosa, que, desencadeia a ativação da bomba de NA++/K+, o que, gera a despolarização da membrana plasmática do neurônio, perfazendo o meio intracelular com carga positiva . Using only this light, it is able to promote great electrical excitations, where the amount of energy introduced in the molecule is able to increase the efficiency of the pump Na ++ and K + , present during the nervous excitation, and, interacting with the light, maintains the difference in electrical potential between the inside and outside of the cell, which provides analgesia. The process of pain in dentin hypersensitivity begins with nervous excitation, which triggers the activation of the NA ++ / K + pump, which generates the depolarization of the plasma membrane of the neuron, making up the intracellular environment with positive charge.

[026] A dinâmica celular se inicia pelo retículo endoplasmático com a produção de neurotransmissores /neuropepitídeos (substância P) , estes, são envoltos em vesículas no complexo de golgi e direcionados a porção axonal do neurônio. Através da ação do Ca++, os neurotransmissores são liberados, unindo-se ao receptor neuroquinina K. Esse processo se repete em cada neurônio até chegar em área de gânglio trigeminal . Uma porção deste, se une a outros nervos somestésicos primários, no leminisco espinhal, e a informação é direcionada ao tálamo perfazendo a sinapse no núcleo ventro posterior lateral, e, através do trato tálamo cortical, chega a área somestésica primária no córtex, cuja informação é dor ou hipersensibilidade. Cellular dynamics are initiated by the endoplasmic reticulum with the production of neurotransmitters / neuropeptides (substance P), these are enveloped in vesicles in the golgi complex and directed to the axonal portion of the neuron. Through the action of Ca ++ , the neurotransmitters are released, joining the neurokinin K receptor. This process is repeated in each neuron until reaching the trigeminal ganglion area. A portion of this connects to other primary somesthetic nerves in the spinal lemniscus, and the information is directed to the thalamus making the synapse in the lateral posterior ventro nucleus, and, through the cortical thalamus treatment, the primary somesthetic area in the cortex arrives. is pain or hypersensitivity.

[027] Com o intuito de superar e inovar em procedimentos para tratamento da hipersensibilidade dentinária, foi que desenvolveu a presente patente de invenção a qual consiste de um dispositivo emissor de luz, á base de DÍODO LASER, operando no comprimento de onda, potência e intensidade específicos, para inibição/biomodulação de impulsos em terminações nervosas e tecidos dentais adjacentes, sem o uso de agentes químicos ou calor, sendo prático, rápido e simples de ser utilizado. In order to overcome and innovate in procedures for the treatment of dentin hypersensitivity, it has been developed the present invention patent which consists of a light emitting device, based on LASER DYOD, operating on the wavelength, power and intensity specific for inhibition / biomodulation of impulses in nerve endings and adjacent dental tissues, without the use of chemical agents or heat, being practical, quick and simple to be used.

[028] A patente será melhor compreendida através de descrição detalhada em consonância com as figuras . [028] The patent will be better understood by detailed description in consonance with the figures.

[029] O desenho 1 é uma apresentação exemplificativa do sistema de biomodulação de tecidos e dor para tratamento da hipersensibilidade dentinária demostra o conjunto tampa superior e base inferior, montado (fechado) . Vista isométrica superior direita, seguido de designação nominal das estruturas e média de medidas (cuja a variação deverá ser considerada e ajustada a cada perfil de forma e tamanho da arcada dentária) : The drawing 1 is an exemplary presentation of the tissue and pain biomodulation system for treating dentin hypersensitivity demonstrates the top cap and bottom assembly assembled (closed). Top right isometric view, followed by nominal designation of structures and mean of measurements (whose variation should be considered and adjusted to each profile of tooth arch shape and size):

1- Altura do conjunto (base e tampa) : em torno de 2 Omm 1- Assembly height (base and cover): around 2 Omm

2- Largura total posterior do conjunto lado esquerdo: em torno de 27mm  2- Total posterior width of the left side assembly: around 27mm

3- Comprimento da "lingueta": em torno de 30mm 3- Length of the "tongue": around 30mm

4- Circunferência do conjunto: em torno de 126mm . 4- Circumference of the set: around 126mm.

5- Largura da porção posterior do conj unto ( corresponde a canaleta "caixa") de armazenamento do sistema eletrônico: em torno de 18mm. 5- Width of the rear portion of the set (corresponds to the channel "box") of Electronic system storage: around 18mm.

6- Altura da "lingueta" com angulação: lOmm 6- Height of "tongue" with angulation: 10mm

7- Salda do emissor de luz laser em tampa superior do conjunto. 7- Laser light emitter outlet on the top cover of the assembly.

8- "Lingueta" da canaleta da porção inferior do conjunto.  8- "Tongue" of the channel of the lower portion of the assembly.

9- Porção inferior ou base inferior do conj unto .  9- Lower portion or lower base of the set.

10- Saida do emissor de luz laser em "lingueta" da base inferior do conjunto.  10- Out of the laser light emitter in "pawl" of the lower base of the assembly.

[030] 0 desenho 2 é uma apresentação exemplificativa do sistema de biomodulação de tecidos e dor para tratamento da hipersensibilidade dentinária, demostra a base inferior do conjunto, vista isométrica superior direita, com as seguintes referências : Drawing 2 is an exemplary presentation of the tissue and pain biomodulation system for treatment of dentin hypersensitivity, demonstrates the lower base of the set, upper right isometric view, with the following references:

1- Canaleta em forma de "U". Função: armazenamento de componentes eletrônicos do sistema (fios, diodos, etc) . 1- U-shaped channel. Function: storage of electronic components of the system (wires, diodes, etc).

2- Canaleta em forma de "U". Função: apoio de estruturas dentárias.  2- U-shaped channel. Function: support of dental structures.

3- "Lingueta" da canaleta da porção inferior do conjunto.  3- "Tongue" of the channel of the lower portion of the assembly.

4- Orifício do sistema de encaixe do conjunto tampa superior e base inferior. 5- Salda do emissor de luz laser em "lingueta" da base inferior do conjunto. 4- System hole for top and bottom base assembly. 5- Output of the laser light emitter in the "tab" of the lower base of the assembly.

[031] 0 desenho 3 é uma apresentação exemplificativa do sistema de biomodulação de tecidos e dor para tratamento da hipersensibilidade dentinária, demostra tampa superior do conjunto com vista isométrica superior direita seguido das seguintes referências: Drawing 3 is an exemplary presentation of the tissue and pain biomodulation system for the treatment of dentin hypersensitivity, shows the upper lid of the set with upper right isometric view followed by the following references:

1- Sistema de encaixe. Porção superior/inferior 1- Docking system. Upper / lower portion

2- Saida do emissor de luz laser em tampa superior do conjunto.  2- Laser light emitter output in top cover of assembly.

3- Clip de encaixe para estabilização e fixação do conjunto (tampa superior / base inferior, vide desenho 2 - iten 4), sistema de encaixe "macho/ fêmea" .  3- Mounting clip for stabilization and fixing of the assembly (upper cover / lower base, see drawing 2 - iten 4), "male / female" docking system.

[032] 0 desenho 4 é uma apresentação exemplificativa do sistema de biomodulação de tecidos e dor para tratamento da hipersensibilidade dentinária, demostra o conjunto tampa superior e base inferior, montado (fechado), com as seguintes referências : The drawing 4 is an exemplary presentation of the tissue and pain biomodulation system for treatment of dentin hypersensitivity, shows the top cover and lower base assembly, assembled (closed), with the following references:

1- Vista isométrica superior esquerda 1- Upper left isometric view

2- Vista isométrica superior direita  2- Top right isometric view

3- Vista posterior  3- Rear View

4- Vista lateral 5- Vista superior 4- Side view 5- Top view

6- Vista frontal  6- Front view

[033] O desenho 5 é uma apresentação exemplificativa do sistema de biomodulação de tecidos e dor para tratamento da hipersensibilidade dentinária, demostra tampa superior do conjunto com as seguintes referências: The drawing 5 is an exemplary presentation of the tissue and pain biomodulation system for treatment of dentin hypersensitivity, show top cover of the set with the following references:

1- Vista isométrica superior esquerda 1- Upper left isometric view

2- Vista isométrica superior direita  2- Top right isometric view

3- Vista posterior  3- Rear View

4- Vista lateral  4- Side view

5- Vista superior  5- Top view

6- Vista frontal  6- Front view

[034] O desenho 6 é uma apresentação exemplificativa do sistema de biomodulação de tecidos e dor para tratamento da hipersensibilidade dentinária, demostra base inferior do conjunto com as seguintes referências: The drawing 6 is an exemplary presentation of the tissue and pain biomodulation system for treatment of dentin hypersensitivity, demonstrates lower base of the set with the following references:

1- Vista isométrica superior esquerda 1- Upper left isometric view

2- Vista isométrica superior direita  2- Top right isometric view

3- Vista posterior  3- Rear View

4- Vista lateral  4- Side view

5- Vista superior  5- Top view

6- Vista frontal [035] A presente patente de invenção tem aplicação na área odontológica. 6- Front view [035] The present invention patent has application in the dental area.

[036] 0 dispositivo utiliza uma fonte de luz, à base de emissores do tipo DÍODO LASER operando no comprimento de onda 740nm ±150, com variação de potência de 5 a 500 mW e intensidade de 2 a 40mW/cm2. [036] The device uses a light source, based on emitters of the LASER DYOD type operating at wavelength 740nm ± 150, with a power range of 5 to 500 mW and an intensity of 2 to 40mW / cm 2 .

[037] Aplicando a luz do dispositivo no dente devidamente customizado para este fim, sem o uso de qualquer agente químico à base de gel ou líquido e sem calor, observa-se em curto intervalo de tempo[037] Applying the light of the device on the tooth properly customized for this purpose, without the use of any chemical agent based on gel or liquid and without heat, it is observed in a short time interval

(sem alterar a estrutura dental e sem causar incómodos gerados por processos químicos), a nível molecular, o bloqueio da diferença de potencial elétrico da membrana do neurônio, presente na porção interna da estrutura dental e indução a analgesia, evitando danos ao tecido periodontal . (without altering the dental structure and without causing annoyances generated by chemical processes), at the molecular level, blocking the electrical potential difference of the neuron membrane, present in the inner part of the dental structure and inducing analgesia, avoiding damage to the periodontal tissue.

[038] O dispositivo é composto de uma peça em formato de "U" semi-circular ou formato de "moldeira" desenho 7 - vista frontal (7A conjunto montado, 7B base, 7C tampa frontal e superior, 7D base em corte sagital) , de uso individual, ou seja, para cada paciente, composto por: emissores de luz LASER com luxímetro integrado (1); um conjunto de placa eletrônica ( 2 ) ; componentes eletrônicos: dissipador de calor (3), micro controlador SMD (4), díodo (5), mosfet (6), buzzer (7), sensor de temperatura Lm35 ou compatível ( 8 ) , emissor de ondas de radio frequência wirelles/bluethooth ( 9 ) , micro antena (10), bateria de alimentação (11), emissor de sinal localizador gps (12), processador integrado (13), um ou mais mecanismos de proteção oclusal de ativação e sensores para análise de fluidos salivares (14), display LCD/touch (15), um ou mais indicadores luminosos/botão ligar desligar (16), canaleta interna com fios para conexão entre a placa, sensores e diodo laser, com auxilio de micro terminais ( 17 ) . The device consists of a semi-circular "U" -shaped part or "tray" shape drawing 7 - front view (7A assembled assembly, 7B base, 7C front and top cover, 7D sagittal cut base) , for individual use, that is, for each patient, composed of: LASER light emitters with integrated luxmeter (1); an electronic plate assembly (2); electronic components: heat sink (3), micro SMD controller (4), diode (5), mosfet (6), buzzer (7), temperature sensor Lm35 or compatible (8), wave emitter (9), micro antenna (10), power battery (11), gps locator signal emitter (12), integrated processor (13), one or more activation occlusal protection mechanisms and sensors for salivary fluid analysis (14), LCD / touch display (15), one or more indicator lights / on / off button (16), wired internal channel for connection between the board, sensors and laser diode, with the aid of micro terminals 17).

[039] Em complemento ao dispositivo, plataforma de interação on-line/off-line em endereço eletrônico especifico (pagina web) , dispositivo móvel ou outro dispositivo eletrônico/informatizado, cuja finalidade é o tráfego e armazenamento de dados referente ao uso do aparelho, referenciado por estreitamento na relação paciente x profissional e aumento no indice de sucesso em aplicação da técnica, uma vez que, ocorre o monitoramento dos procedimentos pelo(s) profissional ( ais ) , em condições de uso do aparelho. [039] In addition to the device, an on-line / off-line interaction platform in a specific electronic address (web page), mobile device or other electronic / computerized device whose purpose is the traffic and storage of data referring to the use of the device , referenced by a narrowing in the patient x professional relationship and an increase in the index of success in applying the technique, since the monitoring of the procedures by the professional (s) occurs under conditions of use of the device.

[040] A composição anatómica do dispositivo permite sua aproximação à arcada dentária, de modo que a luz incida na arcada com pouca luz nos demais tecidos adjacentes e concentrando a energia luminosa no alvo a ser dessensibilizado, protegendo as demais regiões, exceto quando, o aparato for regulado para fins de biomudulação tecidual no alvo que não necessita de dessensibilização dentinária. The anatomical composition of the device allows its approach to the dental arch, so that the light impinges on the arcade in low light in the other adjacent tissues and concentrates the light energy in the target to be desensitized, protecting the other regions, except when the the appliance is set to tissue biomodulation for the target that does not require dentin desensitization.

[041] Possui um sistema com um ou mais mecanismos de proteção de ativação, sensores oclusais e de análise de fluidos salivares (14), sensor de temperatura Lm35 ou compatível ( 8 ) , referenciado por auxiliar o controlador SMD com informações sobre o momento "ligar" do sistema de luz Laser. Funciona previnindo exposição acidental ou indevida, a luz laser, fora da cavidade bucal. [041] It has a system with one or more activation protection mechanisms, occlusal sensors and salivary fluid analysis (14), temperature sensor Lm35 or compatible (8), referenced by assisting the SMD controller with information on the " turn on "the Laser light system. It works by preventing accidental or improper exposure, laser light, out of the oral cavity.

[042] O conjunto de placa eletrônica (2) possui todos os elementos essenciais básicos para o devido funcionamento do dispositivo, os quais fornecem energia através de baterias recarregáveis, para o devido funcionamento dos emissores de luz; ligar e desligar o dispositivo e fornecer a corrente pulsada ou contínua para o funcionamento dos emissores. The electronic board assembly (2) has all the basic essentials for proper operation of the device, which provide power through rechargeable batteries, for the proper operation of the light emitters; turn the device on and off and supply the pulsed or continuous current for the operation of the transmitters.

[043] O display (15), assim como os indicadores de luz led ( permite visualizar se o dispositivo está ligado ou desligado; se está operando com corrente contínua ou pulsada, o tempo de funcionamento do dispositivo e demais informações necessárias pertinentes ao uso. [043] The display (15), as well as led indicators (allows you to see if the device is on or off, whether it is operating with direct or pulsed current, the operating time of the device and other necessary information relevant to the use.

[044] Os botões (16) permitem ligar e desligar o dispositivo. [045] A faixa de comprimento de onda, potência e intensidade do dispositivo não causam danos ao tecido, agindo principalmente nas fibras sensitivas, sendo portanto, programável pelo fabricante/profissional de acordo com o protocolo desenvolvido . [044] The buttons (16) allow you to turn the device on and off. The wavelength range, power and intensity of the device do not cause damage to the tissue, acting mainly on the sensory fibers, and is therefore programmable by the manufacturer / professional according to the protocol developed.

[046] 0 sistema pode operar em regime contino ou pulsado, de acordo com o protocolo desenvolvido. [046] The system can operate in continuous or pulsed mode, according to the developed protocol.

Claims

REIVINDICAÇÕES 1) DISPOSITIVO EMISSOR DE LUZ À BASE DE DÍODO LASER PARA BIOMODULAÇÃO DE TECIDOS E DOR EM HIPERSENSIBILIDADE DENTINARIA SEM USO DE AGENTES QUÍMICOS E/OU CALOR caracterizado por promover analgesia, bloqueando os canais de sódio/potássio e manutenção do potencial elétrico na membrana de células do tecido nervoso sensitivo, sem o uso de agentes químicos na forma de gel ou líquido e sem calor, através dos emissor de luz à base de LASER DÍODO INFRAVERMELHO, operando no comprimento de onda 740nm ±150, com potência de 5 mW a 500 mW e intensidade de 2 a 40mW/cm2, sendo portanto, programável pelo fabricante/profissional de acordo com o protocolo de aplicação; A LASER DYOD-BASED DEVICE FOR BIOMODULATION OF TISSUES AND PAIN IN DENTINARY HYPERSENSITIVITY WITHOUT USE OF CHEMICAL AGENTS AND / OR HEAT characterized by promoting analgesia by blocking the sodium / potassium channels and maintaining the electrical potential in the cell membrane of the sensitive nervous tissue, without the use of chemical agents in the form of gel or liquid and without heat, through the light emitter based on LASER INFRARED DIE, operating at wavelength 740nm ± 150, with power of 5 mW to 500 mW and intensity from 2 to 40mW / cm 2 , and therefore, programmable by the manufacturer / professional according to the application protocol; 2) DISPOSITIVO EMISSOR DE LUZ À BASE DE DÍODO LASER PARA BIOMODULAÇÃO DE TECIDOS E DOR EM HIPERSENSIBILIDADE DENTINARIA SEM USO DE AGENTES QUÍMICOS E/OU CALOR de acordo com a reivindicação 1, caracterizado por constituir-se das seguintes partes: uma peça em formato de "U" semi-circular ou formato de "moldeira" desenho 7 - vista frontal 7A (conjunto montado),7B base, 7C tampa frontal e superior, 7D base em corte sagital, tamanho variável, de material rígido, flexível ou semi flexível, articulável ou não, de uso individual, ou seja, para cada paciente, composto por: emissores de luz LASER com luxímetro integrado (1); um conjunto de placa eletrônica ( 2 ) ; componentes eletrônicos: dissipador de calor (3), micro controlador SMD (4), diodo (5), mosfet (6), buzzer (7), sensor de temperatura Lm35 ou compatível ( 8 ) , emissor de ondas de radio frequência wirelles/bluethooth ( 9 ) , micro antena (10), bateria de alimentação (11), emissor de sinal localizador gps (12), processador integrado (13), um ou mais mecanismos de proteção oclusal de ativação e sensores para análise de fluídos salivares (14), display LCD/touch (15), um ou mais indicadores luminosos/botão ligar desligar ( 16 ) , canaleta interna com fios para conexão entre a placa, sensores e diodo laser, com auxilio de micro terminais ( 17 ) ; A laser-based light emitting device for the biomodulation of tissues and pain in dentifrice-free hypersensitivity without the use of chemical agents and / or heat according to claim 1, characterized in that the following parts are formed: "U" semi-circular or "tray" format drawing 7 - front view 7A (assembled assembly), 7B base, 7C front and top cover, 7D sagittal cut base, variable size, rigid, flexible or semi flexible material, articulated or not, for individual use, ie for each patient, consisting of: LASER light emitters with integrated luxmeter (1); one electronic board assembly (2); electronic components: heat sink (3), micro SMD controller (4), diode (5), mosfet (6), buzzer (7), temperature sensor Lm35 or compatible (8) a micro-antenna (10), a power battery (11), a gps locator signal emitter (12), an integrated processor (13), one or more activation occlusal protection mechanisms and sensors for salivary fluid analysis ( 14), LCD / touch display (15), one or more indicator lights / on / off button (16), internal wired channel for connection between the board, sensors and laser diode, using micro terminals (17); 3) DISPOSITIVO EMISSOR DE LUZ À BASE DE DIODO LASER PARA BIOMODULAÇÃO DE TECIDOS E DOR EM HIPERSENSIBILIDADE DENTINARIA SEM USO DE AGENTES QUÍMICOS E/OU CALOR de acordo com a reivindicação 1 e 2, caracterizado por um conjunto de placa eletrônica (2) e canaleta interna com fios para conexão entre a placa, sensores e diodo laser, com auxilio de micro terminais (17), possuir todos os elementos essenciais básicos para o devido funcionamento do dispositivo, os quais fornecem energia através de baterias recarregáveis, quais sejam: ligar e desligar o dispositivo e fornecer a corrente pulsada ou contínua para o funcionamento dos emissores; 4) DISPOSITIVO EMISSOR DE LUZ À BASE DE DÍODO LASER PARA BIOMODULAÇÃO DE TECIDOS E DOR EM HIPERSENSIBILIDADE DENTINARIA SEM USO DE AGENTES QUÍMICOS E/OU CALOR de acordo com a reivindicação 1, 2 e 3, caracterizado por um display LCD/touch (15), assim como os botão ligar/desligar com indicadores de luz led (permitir visualizar se o dispositivo está ligado ou desligado - 16), permite o ajuste da programação para operar com corrente continua ou pulsada, do tempo, de intensidade e potência, relacionado ao funcionamento e protocolo de aplicação do dispositivo; A LASER DIODE EMBODIMENT FOR BIOMODULATION OF TISSUES AND PAIN IN DENTINARY HYPERESENSIBILITY WITHOUT USE OF CHEMICALS AND / OR HEAT AGENTS according to claim 1 and 2, characterized in that a set of electronic plate (2) and channel (17), have all the essential elements necessary for the proper functioning of the device, which provide power through rechargeable batteries, such as: connecting and disconnect the device and supply the pulsed or continuous current for the operation of the emitters; A laser / light-emitting diode device for the biomodulation of tissues and pain in non-use of chemical agents and / or heat in accordance with Claims 1, 2 and 3, characterized in that an LCD / touch display (15) , as well as the on / off buttons with led indicators (allowing to see if the device is on or off - 16), allows the adjustment of the programming to operate with direct current or pulsed, of the time, intensity and power, related to the operation and protocol of application of the device; 5) DISPOSITIVO EMISSOR DE LUZ À BASE DE DÍODO LASER PARA BIOMODULAÇÃO DE TECIDOS E DOR EM HIPERSENSIBILIDADE DENTINARIA SEM USO DE AGENTES QUÍMICOS E/OU CALOR de acordo com a reivindicação 1, 2, 3 e 4 caracterizado por um processador integrado (13), controlador SMD, assim como emissor de ondas de rádio frequência wirelles/bluethooth ( 9 ) , micro antena (10), emissor de sinal localizador gps (12), que permite a programação do circuito e interação on-line/off- line em endereço eletrônico especifico (endereço web) , dispositivo móvel ou outro dispositivo eletrônico/informatizado, cuja finalidade é o tráfego e armazenamento de dados referente ao uso do aparelho, referenciado por estreitamento na relação paciente x profissional e aumento no indice de sucesso de aplicação da técnica, uma vez que, ocorre o monitoramento do procedimento pelo(s) profissional ( ais ) , em condições de uso do aparelho; A laser-based light emitting device for the biocondulation of tissues and pain in the non-use of heat and / or heat-sensitive dental hypersensitivity according to claim 1, 2, 3 and 4, characterized by an integrated processor (13), a SMD controller, as well as a radio-frequency radio wirewire / bluethooth (9) emitter, a micro-antenna (10), a gps locator signal emitter (12), which allows circuit programming and on-line / off- (web address), mobile device or other electronic / computerized device, whose purpose is the traffic and storage of data referring to the use of the device, referenced by narrowing in the patient x professional relationship and increase in the index of success of application of the technique, since, the monitoring of the procedure by the professional (s) occurs, under conditions of use of the apparatus; 6) DISPOSITIVO EMISSOR DE LUZ À BASE DE DÍODO LASER PARA BIOMODULAÇÃO DE TECIDOS E DOR EM HIPERSENSIBILIDADE DENTINARIA SEM USO DE AGENTES QUÍMICOS E/OU CALOR de acordo com a reivindicação 1, 2, 3, 4, 5 caracterizado por um sistema com um ou mais mecanismos de proteção de ativação do sistema, sensor oclusal (14), sensor de temperatura Lm35 ou compatível ( 8 ) , referenciado por auxiliar o controlador SMD com informações sobre o momento "ligar" do sistema de luz Laser, previne exposição acidental ou indevida da luz laser fora da cavidade bucal ; A laser-based light emitting device for the biomodulation of tissues and pain in the non-use of chemical agents and / or heat in accordance with claim 1, 2, 3, 4, 5, characterized by a system with one or more more system activation protection mechanisms, occlusal sensor (14), Lm35 or compatible (8) temperature sensor, referenced by assisting the SMD controller with information on the moment of "turning on" the laser light system, prevents accidental or improper exposure of the laser light outside the oral cavity; 7) DISPOSITIVO EMISSOR DE LUZ À BASE DE DÍODO LASER PARA BIOMODULAÇÃO DE TECIDOS E DOR EM HIPERSENSIBILIDADE DENTINARIA SEM USO DE AGENTES QUÍMICOS E/OU CALOR de acordo com a reivindicação 1, 2, 3, 4, 5, 6 caracterizado por um sistema de scaneamento de superfície para identificação do tipo de órgão tecidual (exemplo: esmalte, dentina, gengiva) cuja finalidade é o auto direcionamento do foco de luz em região a ser aplicada de acordo com o tipo de terapia e protocolo desenvolvido por estudos clínicos; 8) DISPOSITIVO EMISSOR DE LUZ À BASE DE DÍODO LASER PARA BIOMODULAÇÃO DE TECIDOS E DOR EM HIPERSENSIBILIDADE DENTINARIA SEM USO DE AGENTES QUÍMICOS E/OU CALOR de acordo com a reivindicação 1, 2, 3, 4, 5, 6, 7 caracterizado por um sistema de auto calibragem através de sensor luximetro ou similar associado a programa algoritimo baseado em dados da constante de Plank e equação (E = h . v) , cuja a finalidade é calcular a energia de um fóton sobre o tecido a ser aplicado a terapia. A laser-based light emitting device for tissue and tissue biomodulation in dentifrice-free hypersensitivity without the use of chemical agents and / or heat according to claim 1, 2, 3, 4, 5, 6, characterized in that a system of surface scanning to identify the type of tissue organ (eg enamel, dentin, gingiva) whose purpose is the auto-targeting of the light source in a region to be applied according to the type of therapy and protocol developed by clinical studies; A laser-based light emitting device for tissue and biomodulation of tissue in a non-use of chemical agents and / or heat in accordance with claim 1, 2, 3, 4, 5, 6, 7 characterized by a system of auto calibration through a luximetro or similar sensor associated with an algorithm program based on Plank constant and equation (E = h. v), whose purpose is to calculate the energy of a photon on the tissue to be applied to the therapy.
PCT/BR2018/050205 2017-06-22 2018-06-21 LASER DIODE DEVICE FOR BIOMODULATION OF TISSUES AND PAIN IN DENTINARY HYPERSENSITIVITY WITHOUT USE OF CHEMICAL AGENTS AND / OR HEAT Ceased WO2018232484A1 (en)

Applications Claiming Priority (2)

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BRBR1020170135675 2017-06-22
BR102017013567-5A BR102017013567A2 (en) 2017-06-22 2017-06-22 Laser diode based light emitting device for tissue biomodulation and dentin hypersensitivity pain without chemical and / or heat agents.

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Citations (3)

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US6976841B1 (en) * 2002-02-21 2005-12-20 Nova Ranger, Inc. Intra oral dental irradiation device for material curing and dental imaging
US20150164618A1 (en) * 2012-04-13 2015-06-18 OrthoAccel Technologies, Inc Laser orthodontic devices
CN106730406A (en) * 2017-03-16 2017-05-31 北京大学口腔医院 A kind of dentistry laser therapeutic apparantus

Patent Citations (3)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
US6976841B1 (en) * 2002-02-21 2005-12-20 Nova Ranger, Inc. Intra oral dental irradiation device for material curing and dental imaging
US20150164618A1 (en) * 2012-04-13 2015-06-18 OrthoAccel Technologies, Inc Laser orthodontic devices
CN106730406A (en) * 2017-03-16 2017-05-31 北京大学口腔医院 A kind of dentistry laser therapeutic apparantus

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