Decoy assemblies are disclosed. A decoy is printed on a base, self-standing structure that holds the decoys out without staking Decoy assemblies include reconfigurable interconnected hinged sheet systems configured to fold and deploy in a fanned out or accordion fashion. Decoy assemblies include a photographic image printed on a Y-board in some cases.

An AI intelligent sound wave pulse resonance mouse repeller and a mouse repellent method are provided, the mouse repeller includes an AI intelligent chip, a power converter, an indicator light, and an ultrasonic horn. The AI chip can freely generate a high-speed and ultra-high frequency pulse wave with random changes, can perform AI calculation with environmental sound, and then perform random scanning. A generated pulse signal resonates with a sound frequency of animals such as mice and bats, is superimposed with a sound wave to achieve state pulses that are tens or even hundreds of times stronger for stimulation and interference, effectively disrupting and stimulating an auditory system of rodents, making them intolerable, feeling panicked and uneasy, and exhibiting symptoms such as loss of appetite, escape, and even convulsions, can achieve a goal of driving the rodent out of their range of activity.

Mouse repellents include one or more plant essential oils or other plant-derived natural compounds. The mouse repellents can be used alone or in combination with mouse attractants. Devices and further methods of using the mouse repellents are also disclosed.

The disclosed design is a lightweight, non-slip product for keeping pests away from structures, that can be thrown from the ground onto the roofline of any structure, and then easily moved and/or retrieved.