Mist blower and manufacturing method of liquid nozzle used for mist blower

A mist blower comprising:

• a liquid tank configured to store liquid;
• a fan;
• an ejection tube through which air delivered by the fan flows;
• and
• a liquid nozzle disposed inside the ejection tube and configured to inject the liquid stored in the liquid tank into the ejection tube,
• wherein
• the liquid nozzle comprises:
• a liquid passage through which the liquid is allowed to flow and including an ejection opening configured to eject the liquid out of the liquid nozzle;
• an end surface disposed at a distal end of the liquid nozzle, the ejection opening being defined in the end surface;
• a side surface constituting at least a part of an outer shape of the liquid nozzle;
• and
• a corner part connecting the end surface and the side surface and constituting a corner of the liquid nozzle,
• the air delivered by the fan flows toward the distal end of the liquid nozzle along the side surface,
• at the corner part, a virtual end surface defined by extending the end surface and a virtual side surface defined by extending the side surface intersect at a first point,
• each of a distance from the first point to the end surface and a distance from the first point to the side surface is equal to or less than 0.3 mm, and
• the end surface comprises an inclined surface,
• the liquid nozzle comprises a center axis extending in a longitudinal direction of the liquid nozzle,
• the inclined surface is inclined at an angle equal to or greater than 5 degrees relative to a virtual plane perpendicular to the center axis,
• when the air delivered by the fan flows toward the distal end of the liquid nozzle along the side surface, an airflow is generated on the end surface, and
• the airflow flows toward the end surface along the center axis, then turns in a direction separating away from the center axis, then flows toward the corner part on the inclined surface, and then merges with a flow of the air flowing along the side surface.