APPARATUS FOR MONITORING PET IN VEHICLE, VEHICLE COMPRISING SAME, AND VEHICLE OPERATING METHOD

Smart overview of the Invention

Overview: The patent application describes an apparatus integrated into vehicles for monitoring pets left inside. This system activates a "pet mode" using sensors to track pet movements and detect nearby objects. The apparatus aims to ensure pet comfort by utilizing active noise cancellation (ANC) and transmitting pet state information to an external terminal. It also learns from pet reactions to provide tailored care, even when the pet owner is absent.

Technical Field: The apparatus focuses on enhancing pet safety and comfort in vehicles, using internal sensors and communication technologies. It addresses the growing trend of traveling with pets and the need for improved monitoring and care when pets are left alone in parked vehicles. The system goes beyond existing technologies by adapting to various situations and providing real-time updates to pet owners.

Technical Problem: Existing pet modes in vehicles primarily maintain temperature but fail to address other aspects of pet anxiety, such as noise sensitivity. The proposed system aims to provide comprehensive care by monitoring environmental factors and pet behavior, offering interventions when necessary. It ensures pets are safe and comfortable, even if the pet mode is not manually activated by the owner.

Solution to Problem: The system includes several components: internal sensors for monitoring pet movement, a noise control module for ANC, communication modules for external alerts, and processors for executing pet mode. The processor can activate or deactivate vehicle components based on pet behavior, ensuring optimal conditions. It also learns from pet interactions to enhance future care.

Additional Features: The vehicle may include a display for showing pet-related content, external cameras for monitoring surrounding objects, and a food dispenser for feeding the pet when necessary. The system can detect pet anxiety through sound and movement analysis, triggering appropriate interventions such as playing calming sounds or notifying the owner via a mobile device.