TH19468Y - The formula and manufacturing process of capsaicin oleoresin are found within silica pores. - Google Patents

Abstract

------August 14, 2020------(OCR) This invention relates to the formulation and manufacturing process of capsaicum oleoresin encapsulated in silica (SiCO₃) pores. The mixture consists of 60-80% by weight of capsaicum oleoresin (CO₃) and 20-40% by weight of silica powder. The manufacturing process of capsaicum oleoresin encapsulated in silica pores involves the following steps: extracting capsaicum oleoresin (CO₃) by grinding chili powder with acetone solvent; then encapsulating the capsaicum oleoresin (CO₃) into silica pores using a magnetic stirrer; and finally, drying for 2 hours to obtain capsaicum oleoresin encapsulated in silica (SiCO₃) pores. This invention represents an alternative material that can be used as an additive in food packaging products for antibacterial properties and in rodent-resistant plastic products. As it is a natural extract, it is harmless to living organisms and the environment. ------------ Page 1 of 1 page. Summary of the Invention. This invention concerns the formula and process of producing porous capsaicin oleoresin in silica (SiCO₃). The mixture consists of 60-80% by weight of capsaicin oleoresin (CO₃) and 20-40% by weight of silica powder. The process of producing porous capsaicin oleoresin in silica involves the following steps: Extracting capsaicin oleoresin (CO₃) by grinding chili powder with acetone solvent. Then, the capsaicin oleoresin (CO₃) is deposited into the silica pores using a magnetic stirrer. After drying for 2 hours, the result is porous capsaicin oleoresin in silica (SiCO₃). This invention is an alternative material that can be used to produce substances for use in food packaging products for antibacterial purposes and in plastic products for rodent resistance. As it is a natural extract, it is harmless to living organisms and the environment.

Claims (2)

------14/08/2563------(OCR) 1. The formula for capsaicin oleoresin in porous silica (SiCO₃) consists of: - Capsaicin oleoresin (CO₃) 60-80% by weight - Silica powder 20-40% by weight 2. The process of manufacturing capsaicin oleoresin in porous silica (SiCO₃) according to claim 1 involves the following steps: a. Mix the silica powder with acetone solvent, ensuring the acetone completely covers the silica powder. Stir with a magnetic stirrer at 50°C for 10 minutes to obtain a suspension mixture of silica powder and acetone. b. Pour the capsaicin oleoresin (CO₃) into the suspension mixture of silica powder and acetone obtained from step a, which is still being stirred. Then, stir with a magnetic stirrer at 50 degrees Celsius for 10 minutes. This will yield capsaicin oleoresin within the silica (SiCO₃) pores, still containing residual acetone. Next, take the silica containing capsaicin oleoresin (SiCO₃) pores, still containing residual acetone, obtained from step B, and bake it in a hot air oven at 60 degrees Celsius for 2 hours. This will yield capsaicin oleoresin within the silica (SiCO₃) pores. ------------ Page 1 of 1 Claim 1. The formula for capsaicin oleoresin in silica (SiCO₃) pores consists of: - Capsaicin oleoresin (CO₃) 60-80 percent by weight - Silica powder 20-40 percent by weight 2. The process for producing porous capsaicin oleoresin in silica (SiCO₃) according to claim 1 involves the following steps: a. Mix the silica powder with acetone solvent, ensuring the acetone completely covers the silica powder. Stir with a magnetic stirrer at 50°C for 10 minutes to obtain a suspension mixture of silica powder and acetone. b. Pour the capsaicin oleoresin (CO₃) into the silica-acetone suspension mixture from step a, and continue stirring with a magnetic stirrer at 50°C for 10 minutes. This will yield porous capsaicin oleoresin in silica (SiCO₃) containing residual acetone. c. Bake the silica containing porous capsaicin oleoresin (SiCO₃) with residual acetone in step b in a hot air oven at 60°C for 2 hours to obtain porous capsaicin oleoresin (SiCO₃).