A method for preparing a batch of animal feed from a plurality of ingredients
A technology of animal feed and equipment, which is applied in the field of preparing a group of animal feed by using multiple ingredients, can solve the problem that animal feed cannot be effectively converted into beef cattle, so as to avoid the formation of over-mixing and under-mixing, and ensure the formation of over-mixing and under-mixing , precisely determined effects
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example 1
[0071]
[0072] The animal feed group prepared using the ingredients in the table of Example 1 is particularly suitable for feeding dairy cows.
[0073] In Example 1, the duration of the mixing cycle was 106 revolutions of the paddle mixer 17 . Syrup, which is a liquid ingredient, is the first ingredient added to mixing chamber 14 at the beginning of the mixing cycle. The syrup is added first to bulk up the powder and to ensure that no powdered ingredients, such as concentrate, are lost. The next ingredient to be added to the mixing chamber 14 is the main fiber ingredient (straw in this example) and is added to the mixing chamber 14 when the number of revolutions of the paddle mixer 17 is counted as 10 from the start of the mixing cycle . The paddle mixer 17 was rotated 10 times between the start of the mixing cycle and the start of the straw addition operation to provide time for the addition of the syrup. The adding process of sugar syrup will continue the time that pa...
example 2
[0075]
[0076] An animal feed group prepared using the ingredients in the table of Example 2 is particularly suitable for feeding non-milking cows.
[0077] In Example 2, the duration of the mixing cycle was 188 revolutions of the paddle mixer 17 . In the table of Example 2, the straw is the ingredient that actually needs to undergo the most number of revolutions of the paddle mixer 17 . However, as in Example 1, the syrup ingredient is added to the mixing chamber 14 before the straw is added. The paddle mixer 17 was given 10 revolutions to allow sufficient time for the syrup to be added. Thus, in Example 2, the duration of the mixing cycle was calculated as the total number of paddle mixer 17 revolutions the straw experienced plus an additional 10 revolutions to facilitate the addition of syrup. The straw undergoes 178 revolutions of the paddle mixer 17, so the duration of the mixing cycle is 188 revolutions of the paddle mixer 17.
example 3
[0079]
[0080] The animal feed group prepared using the ingredients in the table of Example 3 is particularly suitable for feeding beef cattle.
[0081] In Example 3, the duration of the mixing cycle was 139 revolutions of the paddle mixer 17 . In the table of Example 3, the maximum number of revolutions of the paddle mixer 17 that the potato ingredients actually need to undergo is 129 revolutions of the paddle mixer 17 . In this example, however, the distillers grains component, which is a liquid component, is added to the mixing chamber 14 before the potatoes are added. Delaying the 10 revolutions of the paddle mixer 17 from the start of the mixing cycle (at which point the addition of distiller's grains begins) will provide sufficient time to add the distiller's grains to the mixing chamber 14 before adding the potatoes. Therefore, the duration of the mixing cycle for the animal feed group of Example 3 was determined to be the maximum number of paddle mixer 17 rotation...
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