Live Animal Transport Stall With Telescoping Contour Adjustment

The patent applies the dynamics principle by making the stall structure adjustable rather than fixed. The top contour of the stall can be dynamically changed to adapt to different cargo hold positions, eliminating the need for multiple customized stalls. This is achieved through a mechanism that allows the stall to be reconfigured for different flight conditions, thereby reducing device complexity while maintaining high adaptability.

The patent implements universality by designing a single stall structure that can serve multiple functions and adapt to various cargo hold positions. Instead of requiring different stall models for different positions, the universal stall design can be adjusted to fit different configurations, reducing the number of components needed and simplifying the overall system.

The patent applies the extraction principle by separating the liquid waste removal function from the main stall structure. The liquid guidance structure is designed as a distinct component that extracts and channels urine and feces away from the animal's living space. This prevents ammonia accumulation while keeping the liquid guidance system as a separate, manageable component rather than integrating it throughout the entire stall structure.

The patent uses an intermediary approach by introducing a liquid guidance structure that acts as a mediator between the animal's waste and the stall environment. This intermediate structure captures and redirects liquid waste before it can accumulate and produce harmful ammonia, thereby protecting the animal's respiratory system while maintaining a relatively simple overall design.

The patent implements feedback by incorporating digital sensors that continuously monitor physiological characteristics of horses and provide real-time data feedback. This feedback mechanism allows for immediate detection of health issues and enables timely interventions, preventing information loss that would occur with analogue systems. The digital feedback loop ensures that critical health data is captured, transmitted, and acted upon efficiently.

The patent replaces the mechanical analogue information system with a digital electronic system. Instead of using physical documents and manual record-keeping, the invention employs digital sensors, wireless communication, and electronic data transmission to monitor and track horse physiological characteristics. This substitution eliminates information loss associated with analogue systems while the modular digital architecture keeps device complexity manageable.