A blower comprising: a snail-shaped base, a snail-shaped cover, blades and a motor, wherein the snail-shaped base and the snail-shaped cover form a exhaust channel, the blades are horizontally provided in the exhaust channel, the snail-shaped cover above the blades is provided with an air intake channel formed by a motor mounting chamber and a motor cover, and the motor is vertically disposed in the air intake channel and connected to the blades therebelow. The blower is structurally scientific and concise. When the blower operates, air is taken in and provides effective heat dissipation for the motor, and there is a sufficient distance between the motor and the ground surface, and waterproof designs of the sealed capacitor junction box and both ends of the motor can perform an excellent waterproof function.
1. A blower, comprising:
a snail-shaped base, a snail-shaped cover, a plurality of blades, and a motor, the snail-shaped base and the snail-shaped cover forming an exhaust channel;
wherein the plurality of blades are horizontally provided in the exhaust channel, the snail-shaped cover above the plurality of blades is provided with an air intake channel formed by a motor mounting chamber and a motor cover, and the motor is vertically disposed in the air intake channel and connected to the plurality of blades therebelow;
wherein a plurality of slit-shaped air intake ports are provided on a sidewall of the motor cover, and the motor cover is provided with a ring of waterproof rib.
2. The blower according to claim 1 , wherein the blower further comprises an annular waterproof sponge mounted on the waterproof rib.
3. The blower according to claim 1 , wherein on the bottom of the snail-shaped base are provided at least three leg supports.
4. The blower according to claim 1 , wherein a water baffle is provided between the motor and the plurality of blades.
5. The blower according to claim 1 , wherein on the snail-shaped cover are provided a sealed capacitor junction box which is formed by sealingly engaging a capacitor junction cavity with a capacitor junction lid.
6. The blower according to claim 5 , wherein a switch is provided on the capacitor junction lid, and a waterproof seal switch sleeve is provided between the switch and the capacitor junction lid.
7. A blower, comprising:
a snail-shaped base, a snail-shaped cover, a plurality of blades, and a motor, the snail-shaped base and the snail-shaped cover forming an exhaust channel;
wherein the plurality of blades are horizontally provided in the exhaust channel, the snail-shaped cover above the plurality of blades is provided with an air intake channel formed by a motor mounting chamber and a motor cover, and the motor is vertically disposed in the air intake channel and connected to the plurality of blades therebelow;
wherein a water baffle is provided between the motor and the plurality of blades.
8. A blower, comprising:
a snail-shaped base, a snail-shaped cover, a plurality of blades, and a motor, the snail-shaped base and the snail-shaped cover forming an exhaust channel;
wherein the plurality of blades are horizontally provided in the exhaust channel, the snail-shaped cover above the plurality of blades is provided with an air intake channel formed by a motor mounting chamber and a motor cover, and the motor is vertically disposed in the air intake channel and connected to the plurality of blades therebelow;
wherein the motor cover is provided with a ring of waterproof rib;
wherein the blower further comprises an annular waterproof sponge mounted on the waterproof rib;
wherein a water baffle is provided between the motor and the plurality of blades;
wherein a waterproof ring wall is provided at an outer circumference of the motor mounting chamber.