Patent ID: 8308029
Filing Date: 2012-11-13
Classification: B05B

Abstract:
1. A dispenser, comprising a container ( 2 ) to store contents therein, a dispenser cap ( 10 ) coupled to an upper end of the container ( 2 ) to pump the contents, a button ( 20 ) coupled to an upper end of the dispenser cap ( 10 ) so as to be movable in a longitudinal direction, with a nozzle ( 22 ) provided at a predetermined position in the button ( 20 ), and an outer casing ( 30 ) surrounding an entire portion of the container ( 2 ), wherein a plurality of guide slots ( 32 ), upper ends of which differ in height from each other, and lower ends of which are coupled to each other, is formed in an upper end of the outer casing ( 30 ), with a horizontal extension slot ( 34 ) extending from an upper end of each of the plurality of guide slots ( 32 ), a hollow rotating body ( 40 ) is rotatably coupled to the upper end of the outer casing ( 30 ), with a guide groove ( 42 ) formed in a circumferential inner surface of the hollow rotating body ( 40 ) in a longitudinal direction, and a guide protrusion ( 11 ) is provided on a circumferential outer surface of the dispenser cap ( 10 ), the guide protrusion ( 11 ) being inserted into the guide groove ( 42 ) through a corresponding guide slot ( 32 ), so that, when the hollow rotating body ( 40 ) is rotated with respect to the outer casing ( 30 ) in one direction, the guide protrusion ( 11 ) of the dispenser cap ( 10 ) is moved upwards or downwards, along the corresponding guide slot ( 32 ) and the guide groove ( 42 ) to move the button ( 20 ) coupled to the upper end of the dispenser cap ( 10 ) upwards or downwards and is inserted into a corresponding horizontal extension slot ( 34 ), thus adjusting a height to which the nozzle ( 22 ) of the button ( 20 ) is protruded from the hollow rotating body ( 40 ), thereby adjusting an amount of the contents that is discharged, the hollow rotating body ( 40 ) including a seating notch ( 46 ), through which the nozzle ( 22 ) of the button ( 20 ) is seated into the hollow rotating body ( 40 ) when the hollow rotating body ( 40 ) is at a lowest position.