Recipe for mushroom vinegar drink and how it's made.
Patent Information
- Authority / Receiving Office
- TH · TH
- Patent Type
- Utility models
- Current Assignee / Owner
- Filing Date
- 2020-08-29
- Publication Date
- 2026-07-31
- Estimated Expiration
- Not applicable · inactive patent
Abstract
Claims
OCR 09WP 27 / 07 / 2569 1. The recipe for a mushroom vinegar drink includes: The mushroom juice obtained from squeezing mushrooms that have been steamed, accounting for 75-80 percent by weight. Jelly made from mushroom extract, 8-12 percent by weight. Vinegar made from fermented mushroom broth containing 5% acetic acid by volume. 4-8 percent by weight Fructose syrup with a sweetness of 55 Brix. 2-6 percent by weight Honey 2-6 percent by weight The water content is four times its weight, resulting from squeezing the mushrooms after steaming.
2. The process for producing mushroom vinegar drink as per claim 1. The steps are as follows: a. Mix the mushroom juice extracted from squeezing the steamed mushrooms with water. B. Combine the ingredients from step A with the mushroom jelly, by blending the mushroom jelly until... Grind thoroughly at a speed of 18,000-20,000 revolutions per minute before mixing in the ingredients and seasoning with vinegar. Fermented from mushroom broth containing 5% acetic acid by volume and fructose syrup with a sweetness of 55%. Brix degrees and add honey. C. Heat to a temperature between 90-100 degrees Celsius for 3-5 minutes. d. Pour the hot liquid into sterilized bottles, immediately seal the containers, and cool with water. Or use ice until all the ingredients reach a temperature between 35-40 degrees Celsius (Hot filling).
3. The process for producing a mushroom vinegar drink as per claim 2. Where the mushroom juice is extracted from squeezing the mushrooms after steaming, the preparation process involves steaming the mushrooms using steam from boiling water. For 3-5 minutes, then squeeze and strain through a container with holes of 10-50 microns to remove the mushroom parts. Removes dirt, large suspended particles, and impurities.