TH12424A3 - Composite resin fillings and their manufacturing processes - Google Patents

Abstract

Revise Conclusion 07/01/2016 This invention is a composite resin filling material. Tooth-colored It has the ability to sterilize S mutan, a major pathogen in caries. Is an additional important feature Using the addition Silver zeolite in the dental filling composite resin consists of ethanydylbis methacrylate monomer resin in combination with Propaniidylbis methacrylate monomer and ethylene dioxide diethyl monomer Dimethacrylate Combined with silicon dioxide and glass oxide, other chemicals, when mixing silver zeolite compounds with resin parts. In the filled syringe Composite resin compounds are Both ingredients are mixed homogeneously when injected through the syringe, with Attaching a composite injection to a dental chair Can be used for filling teeth immediately. -------------------------------------------------- -------------------------------------------- New and updated requests The invention is a composite resin filling material. Tooth-colored It has the ability to sterilize S mutan, a major pathogen in caries. Is an additional important feature Using the addition Silver zeolite in the dental filling composite resin consists of ethanydylbis methacrylate monomer resin in combination with Propaniidylbis methacrylate monomer and ethylene dioxide diethyl monomer Dimethacrylate Combined with silicon dioxide and glass oxide, other chemicals, when mixing silver zeolite compounds with resin parts. In the filled syringe Composite resin compounds are Both ingredients are mixed homogeneously when injected through the syringe, with Attaching a composite injection to a dental chair Can be used for filling teeth immediately.

Claims (2)

Disclaimer (all) which will not appear on the announcement page: Amendment 9/9/2016 1. A composite resin filling material containing 97% composite resin wt 3% silver zeolite by weight, composite resin comprises resin of 1-5% ethylbis methacrylate monomers by monomers. Propanedylbis methacrylate 1-5% by weight ethylene dioxide diethyl monomer Dimethacrylate 1-5% by weight, silicon dioxide 5-10% by weight, glass oxide, other chemicals 60-92% by weight. 2. Production process of composite resin fillings. According to claim 1, the steps are as follows: a. Weigh the silver zeolite compound at the specified ratio. Fill in the ampoule section. Composite resin b. Method of mixing The two materials are mixed using the same manufacturer's nozzle as the composite resin. The nozzle used has an air pressure of 3-4.2 bar. The air volume circulates at 20-40. NL / min and has a frequency of 5-6 kHeritz and the injection force is approximately 0-170 N. The nozzle is connected to the connector section for the type burs. Rotate speed of a dental chair with air pressure between 2.1-3.5 bar at room temperature. (Temperature about 20-30 degrees Celsius) use the speed between. 250,000-500,000 cycles / min. In order to eject the material through the nozzle, both parts are mixed until homogeneous. --------------------------------------- Correction 07/01/2016 1. Filling materials Composite resin type containing 97% wt. 3% wt. 3% wt.silver zeolite composite resin consisting of a resin of 1-5% wt. Ethyl bis methacrylate monomer. Propaniidylbis methacrylate 1-5% by weight Ethylene Dioxy Diethyl monomer Dimethacrylate 1-5% by weight, silicon dioxide 5-10% by weight, glass oxide, other chemicals 60-92% by weight. 2. Production process of composite resin fillings. According to claim 1, the steps are as follows: a. Calculate the amount of silver zeolite compound in the amount of 0.009 g (3% by weight) and add 0.3 g in the tube containing the composite resin material. B. Mixing method Both materials are mixed. By using the same manufacturer's nozzles as the original composite resin material, the nozzles used have air pressure of 3-4.2 bar, circulating air volume of 20-40 NL / min and a frequency of 5-6 kehrit. And the injection force of approximately 0-170 N, the nozzle is connected to the connector section for the type burs Rotate speed of a dental chair with air pressure between 2.1-3.5 bar at room temperature. (Temperature about 20-30 degrees Celsius) use the speed between. 250,000-500,000 cycles / min. In order to eject the material through the nozzle, both parts are mixed until homogeneous. -------------------------------------------------- ------------------------------ New, improved requests 1. A composite resin filling material containing 97% wt. 3% wt. 3% wt.silver zeolite composite resin consisting of a resin of 1-5% wt. Ethyl bis methacrylate monomer. Propaniidylbis methacrylate 1-5% by weight Ethylene Dioxy Diethyl monomer Dimethacrylate 1-5% by weight, silicon dioxide 5-10% by weight, glass oxide, other chemicals 60-92% by weight. 2. Production process of composite resin filling material According to claim 1, the steps are as follows: a. Weigh the silver zeolite compound at the specified ratio. Fill in the ampoule section. Composite resin b. Method of mixing The two materials are mixed using the same manufacturer's nozzle as the composite resin. The nozzle used has an air pressure of 3-4.2 bar. The air volume circulates at 20-40. NL / min and has a frequency of 5-6 kHeritz and the injection force is approximately 0-170 N. The nozzle is connected to the connector section for the type burs. Rotate speed of a dental chair with air pressure between 2.1-3.5 bar at room temperature. (Temperature about 20-30 degrees Celsius) use the speed between. 250,000-500,000 cycles / min. In order to eject the material through the nozzle, both parts are mixed until homogeneous.