Ultrasonic bat repellent systems are sonic devices that use specific frequencies or sounds, designed to disrupt and repel dangerous creatures such as bats. These speakers are typically designed for use in outdoor or indoor spaces to reduce the gathering and roosting of bats in a safe and effective manner.
Product Features of Ultrasonic Bat Repellent Systems:
Sound Wave Technology: Ultrasonic bat repellent systems use high-frequency sound waves or ultrasonic technology, which are safe for humans and most pets, but are uncomfortable or unbearable for bats. These sound waves interfere with bats’ navigation and positioning abilities, forcing them to leave specific areas.
Adjustability: Many ultrasonic bat repellent systems have adjustable volume and frequency settings, allowing users to personalize them based on the type and number of bats, as well as the specific conditions of the environment.
Environmental Protection and Energy Saving: Ultrasonic bat repellent systems are a more environmentally friendly way to repel bats than chemical agents or physical capture methods. They typically use low-power power sources, such as batteries or solar panels, to reduce energy consumption.
Easy Installation and Operation: Most ultrasonic bat repellent systems are designed to be lightweight, easy to install and move. Users only need to place it in areas where bats frequently appear and adjust the settings as needed.
Versatility: Some ultrasonic bat repellent systems also have other functions, such as repelling other pests (such as insects) or being used as ordinary speakers. This increases the practicality and value of the product.
Precautions for use:
Before using the ultrasonic bat repellent system, make sure you are aware of local laws and regulations to avoid legal issues caused by improper use. Try to avoid using it in dense areas where humans live or move to reduce the impact on humans.
Regularly inspect and maintain the audio equipment to ensure its normal operation and extend its service life.
The main functions of the ultrasonic bat repellent system are distributed on the graphic overlay. Here we will show you the various functions and structures of the graphic overlay of Xinbixi’s ultrasonic bat repellent system.
Function
This ultrasonic bat repellent system is a device designed specifically for repelling bats. It uses ultrasonic technology to create a sound environment that bats cannot tolerate, thus forcing them to leave. The following is an introduction to the main functions of the system:
Ultrasonic emission: The system is able to emit ultrasonic waves, which are uncomfortable for bats and can therefore repel them.
Bat Positioning and Targeting: “BatTargeting” on the panel indicates the bat positioning function, where the system can identify the location of bats and adjust the direction of ultrasonic emission.
“Stage1” and “Stage2” may indicate different driving stages or modes to adapt to different bat species or numbers.
Power and Mode Selection: The “UP” and “DOWN” buttons may be used to adjust the ultrasonic emission power or frequency.
“(m)” and “(WW)” may represent different working modes or range settings.
“Chaotic” and “FullPower” modes may provide stronger ultrasonic signals for faster bat driving.
Bat Confusion and Driving Effect: The “BatConfusion” function may create confusion by changing the frequency and mode of ultrasonic waves, making it difficult for bats to adapt and find a way out.
“Batonic1” and “Batonic2” may be specific ultrasonic modes or signals used to increase the driving effect.
Test Function: The “TEST” button on the panel allows the user to test whether the system is functioning properly.
Indicator and status display: White text and icon indicators on the panel may be used to display the current status, mode or error information of the system.
Adaptability: The system may have an adaptive function that can automatically adjust the ultrasonic emission mode and power according to the behavior and number of bats.
Structure
The structure of the ultrasonic bat repellent system graphic overlay usually involves a combination of one or more layers, which are combined together through specific technologies or materials to form a graphical interface with specific functions or appearances. The following is an introduction to the structure of the ultrasonic bat repellent system graphic overlay:
Base layer
It is the supporting material of the ultrasonic bat repellent system graphic overlay, which determines the strength, durability and processability of the entire covering layer.
Common base materials include PC, PET, PVC, etc., which have good transparency, weather resistance and processing performance. The base layer of the ultrasonic bat repellent system graphic overlay uses PC material.
Printing layer
The printing layer is located on the base layer, and the various functional patterns and other information required by the ultrasonic bat repellent system graphic overlay are transferred to the base layer through printing technology. The printed layer can use a variety of inks and printing processes, such as screen printing, thermal transfer, digital printing, etc., to achieve the desired visual effect.
Functional layer
The functional layer is the part of the ultrasonic bat repellent system graphic overlay that realizes specific functions, such as touch sensing, conductive connection, etc. The surface also needs to be punched to retain the ultrasonic outlet.
In touch applications, the functional layer may include touch film, conductive ink, etc.; in conductive connection applications, metallized coating or conductive glue may be used.
Protective layer
The protective layer is located at the outermost layer of the ultrasonic bat repellent system graphic overlay, which is used to protect the printed layer and functional layer from scratches, wear and pollution. The protective layer is usually made of wear-resistant and scratch-resistant materials, such as hardened coating, wear-resistant film, etc.
In short, the ultrasonic bat repellent system is an efficient and intelligent device that can effectively repel bats and protect your living environment. Please note that the relevant safety guidelines and operating instructions should be followed when using the system to ensure safety and effectiveness.