The mechanical snail horn is actually equipped with a snail-like auxiliary sound cavity on the ordinary horn, which is generally used to improve the sound quality and enhance the volume. The reason why the mechanical snail horn is called a snail horn is to distinguish it from the horn horn. In fact, its full name is called "high-woofer" because its two horns are high-pitched and low-pitched.

How to deal with the inflow of mechanical snail horn

There are many ways to handle the water in the car horn. The best way is to open the air and let the water inside evaporate. Otherwise, the line will be short-circuited or the water will not be much. Choose to disassemble the horn, control the water and then return it, but be careful when installing it, don't lose the parts. Friends who are not afraid of trouble can also choose to use a hair dryer to heat the horn, so that the water in the horn will evaporate, and the horn will recover after the water evaporates.

Two warning functions of mechanical snail horn

The snail horn of the automobile has a resonance cavity on the inner wall of the base, and a convex speaker tube on the outer wall, and the speaker tube of the product communicates with the resonance cavity; the outer periphery of the product has a chamfered slope at the periphery of the outer wall. There are a plurality of bosses on the chamfered surface of the product. The advantage of this product is that the structure is reasonable and the appearance is more beautiful.

Car snail horn, including: castanets, horn shell, resonant cavity, speaker tube; the bottom of the product's soundboard fixed resonant cavity and Yang sound tube, the product's speaker tube is connected with the resonant cavity; the soundboard is connected with the speaker shell; The resonant cavity of the product is a double-layer resonant cavity, and the double-layer resonant cavity of the product is: a first-layer resonant cavity and a second-layer resonant cavity, and the second-layer resonant cavity of the product is in close contact with the first-layer resonant cavity in the first state. The second layer of resonant cavity of the product is separated from the first layer of resonant cavity in the second state. The control mechanism is connected to the second layer of the resonant cavity to control the position of the second layer of the resonant cavity. The product controls the second layer resonant cavity to be closely adhered to and separated from the first layer resonant cavity by the control mechanism, so that the speaker emits two different timbres, and the two timbres can serve two kinds of warning functions, and the application is wider.