Air blower

An air blower, comprising:

• a housing provided with a grip area;
• a motor disposed within the housing;
• an impeller disposed within the housing;
• a circuit board disposed within the housing;
• the circuit board is configured to be connected to the motor;
• and
• a conductive structure, one end of the conductive structure is configured to be connected to the circuit board, and another end of the conductive structure is configured to be exposed outward from the grip area;
• the conductive structure comprises a conductive wire and a conductive body;
• the conductive wire is configured to be respectively connected to the circuit board and the conductive body;
• the conductive body is configured to be exposed outside the housing corresponding to the grip area;
• the housing is provided with an upper housing and a handle;
• the handle comprises an upper cover and a base housing;
• the air blower comprises two conductive structures;
• wherein
• both the conductive bodies of the two conductive structures are configured to respectively extend through the base housing and the upper cover, so as to be exposed outward;
• the air blower further comprises a blower cylinder, the blower cylinder is embedded within the upper housing;
• the blower cylinder is provided with an air outlet end and an air inlet end;
• the air outlet end and the air inlet end are respectively disposed on the two sides of the housing;
• the conductive body exposed outside the housing is disposed on the a same side of the housing with the air outlet end;
• the air blower comprises a battery;
• the battery is disposed within the handle;
• the battery is disposed longitudinally along a length direction of the handle, perpendicular to the upper housing;
• the air blower further comprises:
• an adjustment button including at least a first button and a second button disposed on the handle;
• and
• a lighting component disposed on a same side of the housing with the air outlet end;
• wherein the first button is configured to turn on/off the lighting component, and/or adjust a light intensity, the lighting component faces an air blowing object together with the air outlet end, so as to illuminate the air blowing object and/or a target area in a dark environment;
• and
• wherein the second button controls the battery to discharge at percentages of its maximum power, thereby adjusting a rotational speed of the motor, so as to be configured turn on/off an airflow, and/or adjust an air volume of the airflow;
• and
• the circuit board comprises a first circuit board, a second circuit board, and a third circuit board;
• the first circuit board is disposed within one side of the handle, which is close to the battery, and the first circuit board is electrically respectively connected to the motor and the battery;
• the second circuit board is disposed at a bottom of the battery, and the second circuit board is provided with a charge circuit, which is configured to charge the battery;
• the third circuit board is disposed on a top of the battery, and the third circuit board is respectively electrically connected to the first button, and/or the second button.