Sensory Feed Additives for Uniform Young Livestock Intake
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Solution Overview
Problem
Existing feeding systems for young livestock animals do not optimize weight gain rates and feed efficiency, leading to feed refusal and variation in intake, which affects health and production costs.
Innovation Solution
Feeding young livestock animals with sensory compounds such as botanicals and essential oils combined with milk replacers or starter feeds to reduce feed refusal and enhance uniformity of intake.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If conventional feeding systems are used for young livestock animals, then feeding operations are simple, but feed refusal occurs and weight gain rate is suboptimal
Solution Approach 1:
The patent applies parameter changes by modifying the sensory properties of feed through addition of aromatic compounds, botanicals, and essential oils. These sensory modifications change the palatability parameters of the feed, thereby increasing voluntary intake and weight gain rate in young livestock animals while reducing feed refusal.
Solution Approach 2:
The patent applies local quality by providing different sensory-enhanced feed formulations to different young livestock animals based on their individual needs, preferences, and consumption patterns. This allows each animal to receive customized feed with appropriate sensory compounds to optimize their specific intake and growth performance.
2Productivity
If sensory compounds are added to milk replacer or starter feed, then feed refusal is reduced and weight gain increases, but feed formulation complexity increases
Solution Approach 1:
The patent applies merging by combining sensory compounds (aromatic compounds, botanicals, essential oils) with standard milk replacer or starter feed formulations. This integration creates a unified feed product that maintains the nutritional functionality of the base feed while adding sensory enhancement properties, rather than treating them as separate components.
Solution Approach 2:
The patent applies universality by using sensory compounds that serve multiple functions: they enhance palatability to reduce feed refusal, provide aromatic stimulation to increase intake, and potentially offer additional nutritional or health benefits. This multi-functionality justifies the added formulation complexity by delivering multiple benefits from a single additive approach.
3Manufacturing precision
If young livestock animals are managed individually to optimize intake, then weight gain uniformity improves, but management difficulty increases
Solution Approach 1:
The patent applies self-service by allowing young livestock animals to self-regulate their feed intake based on their individual needs and preferences. The sensory-enhanced feed formulation enables each animal to voluntarily consume appropriate amounts without requiring intensive individual monitoring or intervention, thereby achieving uniform weight gain through self-directed feeding behavior.
Data Source
AI summary
Methods of feeding young animals involves mixing sensory compounds containing botanicals, essential oils or both with at least one of a milk replacer and/or starter feed and providing the feed to the young animals to reduce feed refusal or intake variation. A method of reducing feed intake variation in a group of young animals includes feeding an effective amount of sensory compounds containing licorice root in at least one of a milk replacer or a starter feed to reduce feed intake variation compared to a group of young animals fed the same diet but without the sensory compounds. Reducing feed refusal in a young livestock animal may also include feeding an effective amount of sensory compounds in one or more of a milk replacer and a starter feed such that the young animal reduces feed refusal compared to a young animal fed the same diet but without the sensory compounds.