Hairdryer bellows

Abstract

A hairdryer bellows has two connectors. One connector is mounted pivotally on and holds the other, and each connector has a spherical chamber and a sleeve. Each spherical has a proximal end, a distal end, an inner opening and an outer opening. The inner openings are formed respectively at the proximal ends and communicate with the other spherical chamber. The outer openings are formed respectively at the distal ends. The sleeves are formed respectively around the outer openings, and one sleeve is mounted selectively on a hairdryer. Therefore, the connectors can rotate relative to each other so the sleeve can be pointed in any desired angle.

1 . A hairdryer bellows comprising: 
 an inner connector having 
 an inner spherical chamber having 
 a proximal end;  
 a distal end;  
 an outer surface;  
 an outside diameter;  
 an inside diameter;  
 an inner opening being formed through the proximal end and having a diameter smaller than the inside diameter; and  
 an outer opening formed through the distal end; and  
 
 a mounting sleeve being formed around and protruding from the outer opening and adapted for be mounted detachably on a discharge nozzle of a hairdryer; and  
   an outer connector being mounted pivotally on the inner connector and having 
 an outer spherical chamber being mounted pivotally on the inner spherical chamber and having 
 a proximal end;  
 a distal end;  
 an inner surface being mounted slidably on the outer surface of the inner connector;  
 an inside diameter corresponding to the outside diameter of the inner connector;  
 an inner opening being formed through the proximal end, communicating with the inner spherical chamber and having a diameter small than the inside diameter of the outer spherical chamber; and  
 an outer opening being formed through the distal end; and  
 
 a vent sleeve corresponding to and being formed around and protruding from the outer opening.  
   
   
   
       2 . The hairdryer bellows as claimed in  claim 1 , wherein the vent sleeve is circular.