Ice tea with low sugar and low calorie
A low-calorie, iced tea technology, applied in the field of food and beverage, can solve the problems that the taste cannot highlight the strong and fragrant characteristics of tea, increase the risk of disease deterioration, lack of health value, etc., and achieve good market prospects, high sweetness, and high health care The effect of the function
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Embodiment 1
[0016] The raw materials are prepared according to the following weight ratio: in 100 parts of finished iced tea, 2.5 parts of tea (black tea) extract, 3.5 parts of stevia, 6.28 parts of sucrose, 0.028 parts of vitamin components, 0.03 parts of citric acid, and the rest are purified water.
[0017] Among them, the ingredients contained in the vitamin component and the weight content of each ingredient are: in 100 parts of the finished product, 0.015 parts of vitamin C, vitamin B 1 0.0008 parts, vitamin B 3 0.005 parts, vitamin E 0.0072 parts.
[0018] The total weight of RA and STV in stevioside accounts for 90% of the weight of stevioside. The weight ratio of RA and STV in stevioside is RA:STV=75.8:24.2
[0019] Among the prepared raw materials, the tea extract is soaked in boiled water to become tea for use, and then the tea is mixed with other raw materials in the formula, and is prepared by conventional beverage production processes such as sugar-filtering-ingredients-homogeniza...
Embodiment 2
[0021] The raw materials are prepared according to the following weight ratio: in 100 parts of finished ice tea, 3.25 parts of tea (green tea) extract, 0.30 parts of stevia, 8.39 parts of sucrose, 0.027 parts of vitamin components, 0.04 parts of citric acid, and the rest are purified water.
[0022] Among them, the ingredients contained in the vitamin component and the weight content of each ingredient are: in 100 parts of finished iced tea, 0.015 parts of vitamin C, vitamin B 1 0.0005 parts, vitamin B 3 0.003 parts, vitamin E 0.0085 parts.
[0023] The total weight of RA and STV in stevioside accounts for 87% of the weight of stevioside, and the ratio of RA and STV in stevioside by weight is RA:STV=81.7:18.3.
[0024] Among the prepared raw materials, the tea extract is soaked in boiled water to become tea for use, and then the tea is mixed with other raw materials in the formula, and is prepared by conventional beverage production processes such as sugar-filtering-ingredients-homo...
Embodiment 3
[0026] The raw materials are prepared according to the following weight ratio: in 100 parts of finished iced tea, 3.25 parts of tea (green tea) extract, 0.60 parts of stevia, 7.15 parts of sucrose, 0.028 parts of vitamin components, 0.03 parts of malic acid, and the rest are purified water.
[0027] Among them, the ingredients contained in the vitamin component and the weight content of each ingredient are: in 100 parts of finished iced tea, 0.018 parts of vitamin C, vitamin B 1 0.0005 parts, vitamin B 3 0.005 parts, vitamin E 0.0045 parts.
[0028] The total weight of RA and STV in stevioside accounts for 90% of the weight of stevioside, and the weight ratio of RA and STV in stevioside is RA:STV=75.8:24.2.
[0029] Among the prepared raw materials, the tea extract is soaked in boiled water to become tea for use, and then the tea is mixed with other raw materials in the formula, and is prepared by conventional beverage production processes such as sugar-filtering-ingredients-homogen...
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