Cattle Breeding Control via Digestibility and Production Analysis
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Solution Overview
Problem
Current processes for controlling cattle breeding facilities are inefficient in optimizing milk or meat production as they fail to consider factors beyond nutritional composition and food quantity, such as animal wellbeing and management practices, leading to suboptimal productivity and environmental impact.
Innovation Solution
A process that analyzes and controls both diet and wellbeing conditions in cattle breeding facilities by calculating potential digestibility and production parameters, comparing them to actual production, and modifying operative characteristics or food characteristics as needed to optimize production efficiency.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Productivity
If only nutritional composition and food quantity are considered in controlling cattle breeding, then the control process is simple, but production optimization is insufficient
Solution Approach 1:
The patent segments the control process into two independent modules: one for analyzing diet characteristics (nutritional composition, digestibility) and another for evaluating wellbeing conditions (management practices, environmental factors). This segmentation allows comprehensive optimization of production while maintaining manageable process complexity through modular analysis.
Solution Approach 2:
The patent creates a universal control system that simultaneously evaluates multiple factors including nutritional composition, digestibility parameters, management practices, and wellbeing conditions. This multi-functional approach enables comprehensive production optimization through a single integrated process that considers both diet and non-diet factors.
2Productivity
If comprehensive factors including wellbeing and management are analyzed, then production optimization improves, but the control process becomes complex
Solution Approach 1:
The patent divides the comprehensive analysis into distinct segments: diet analysis (chemical composition, digestibility) and wellbeing analysis (management practices, environmental conditions). Each segment can be processed independently and their results integrated, reducing overall process complexity while maintaining comprehensive evaluation capability.
Solution Approach 2:
The patent transforms multiple qualitative factors (management practices, wellbeing conditions) into quantifiable parameters that can be analyzed systematically. By converting diverse factors into standardized parameters, the system manages complexity through parameter standardization while achieving comprehensive production optimization.
3Productivity
If food quantity is increased to improve production, then milk or meat output increases, but waste and environmental impact increase
Solution Approach 1:
The patent implements a feedback mechanism that continuously monitors actual production results and compares them with potential production based on digestibility analysis. This feedback loop enables precise adjustment of food distribution, ensuring animals receive optimal quantities based on their actual needs and production performance, thereby minimizing waste while maintaining high productivity.
Solution Approach 2:
The patent uses digestibility parameters and production efficiency metrics to dynamically adjust food quantity and composition. By changing nutritional parameters based on measured production outcomes, the system optimizes the balance between production output and food waste reduction, preventing overfeeding while maintaining high productivity.
4Productivity
If diet composition is optimized for maximum production, then milk or meat output increases, but animal wellbeing may be compromised
Solution Approach 1:
The patent segments the evaluation into independent diet analysis and wellbeing assessment modules. This segmentation allows simultaneous optimization of production through diet composition while separately monitoring and ensuring wellbeing standards are met, preventing trade-offs between production and animal welfare.
Solution Approach 2:
The patent creates a universal control system that simultaneously evaluates both production efficiency and wellbeing indicators. This multi-functional approach ensures that diet optimization for maximum production occurs within boundaries that maintain animal wellbeing, achieving both goals through integrated analysis rather than separate conflicting processes.
Data Source
Figure 1
AI summary
Process for controlling a cattle breeding facility, which comprises a step of arranging a food for dairy or beef cattle, a step for setting an operative characteristic of the breeding facility, and a step of analysis of the food in order to obtain at least one composition data (DCi), comprising at least one percentage of dry matter (SS%) and/or a percentage of at least one nutritional factor in the food. In addition, the process comprises a first step for calculating a potential digestibility parameter (DP), indicative of the digestibility of the food, as a function of the composition data (DCi), and a potential production parameter (PP), indicative of an estimated quantity of milk or meat production obtainable from the cattle, as a function of the potential digestibility parameter (DP). In addition, the process comprises a step for detecting an actual production parameter (PR), indicative of the actual milk or meat production of the cattle, a first step of comparing between the potential production parameter (PP) and the actual production parameter (PR). In addition, the process comprises an operative step, in which, if the potential production parameter (PP) is greater than the actual production parameter (PR), the operative characteristic is modified. On the other hand, if the potential production parameter (PP) is smaller than or equal to the actual production parameter (PR), the operative characteristic is maintained unchanged.