Cap for squeeze container

Abstract

In a cap ( 10 ) for a squeeze container to discharge content liquid from a top discharge opening ( 13 ) with squeeze deformation of a barrel section ( 12 b ) of a container body ( 12 ) to be used as being attached to a mouth neck section ( 12 a ) of the container body ( 12 ) made of plastic as being squeeze-deformable, at least a part of a liquid flow path from the mouth neck section ( 12 a ) of the container body ( 12 ) to the discharge opening ( 13 ) is formed as a helical flow path ( 15 ). The helical flow path ( 15 ) includes a bottom face section ( 15 a ) which is formed to have declination toward the barrel section ( 12 b ) of the container body ( 12 ) in an erected state of the squeeze container ( 11 ). The helical flow path ( 15 ) is formed by a helical tube ( 14 ) which is arranged inside the cap ( 10 ) for a squeeze container, for example.

1 : A cap for a squeeze container to discharge content liquid from a top discharge opening with squeeze deformation of a barrel section of a container body to be used as being attached to a mouth neck section of the container body made of plastic as being squeeze-deformable,
 wherein at least a part of a liquid flow path from the mouth neck section of the container body to the discharge opening is formed as a helical flow path, and the helical flow path is arranged inside the mouth neck section in a state of being hanged, and includes a bottom face section which is formed to have declination toward the barrel section of the container body in an erected state of the squeeze container.   
     
     
         2 . (canceled) 
     
     
         3 : The cap for a squeeze container according to  claim 1 ,
 wherein the helical flow path is formed by a helical tube which is arranged inside the cap while the upper end of the helical tube is communicated with the discharge opening and the lower end of the helical tube is placed at the inside of the mouth neck section of the container body.   
     
     
         4 : The cap for a squeeze container according to  claim 1 ,
 wherein the helical flow path is formed by a helical blade which is arranged at a cylindrical leading path oriented toward the discharge opening of the cap.