초록 ▼

A fitment has an axis and a registration feature. The fitment is sealed within a bottle neck in a position in which the registration feature has a predetermined orientation to the bottle neck rotationally about the axis. Preferably, the fitment has a screw thread defining a limit of rotation for a b

A fitment has an axis and a registration feature. The fitment is sealed within a bottle neck in a position in which the registration feature has a predetermined orientation to the bottle neck rotationally about the axis. Preferably, the fitment has a screw thread defining a limit of rotation for a bottle cap to be screwed onto the fitment. The registration feature has a predetermined orientation to the screw thread rotationally about the axis, whereby the limit of rotation also has a predetermined orientation to the bottle neck rotationally about the axis.

대표청구항 ▼

1. A method comprising: mounting a cylindrical fitment on an insertion tool in a position in which a registration feature on the fitment has a predetermined orientation to the insertion tool rotationally about an axis of the insertion tool;moving the insertion tool to a position in which the mounted

1. A method comprising: mounting a cylindrical fitment on an insertion tool in a position in which a registration feature on the fitment has a predetermined orientation to the insertion tool rotationally about an axis of the insertion tool;moving the insertion tool to a position in which the mounted fitment is located within a bottle neck, and in which the insertion tool has a predetermined orientation to the bottle neck rotationally about the axis, and thereby establishing a predetermined orientation of the mounted fitment relative to the bottle neck rotationally about the axis; andpermanently securing the fitment to the bottle neck in the established orientation. 2. A method as defined in claim 1 wherein the moving step includes moving the insertion tool from a retracted position in which the fitment is mounted on the insertion tool to an advanced position in which the fitment is located within bottle neck, and the insertion tool is maintained in the predetermined orientation to the bottle neck rotationally about the axis while being moved from the retracted position to the advanced position. 3. A method as defined in claim 1 wherein the mounting step mounts the fitment on the insertion tool in a position in which a screw thread for a bottle cap on the fitment also has a predetermined orientation to the insertion tool rotationally about the axis of the insertion tool. 4. A method as defined in claim 1 wherein the bottle neck is defined by a plastic bottle preform web structure, and further comprising: placing the secured fitment and the preform web structure into a blow-molding cavity in a position in which the registration feature on the fitment has a predetermined orientation rotationally relative to a registration feature of the mold cavity, and thereby establishing a predetermined rotational orientation between the preform web structure and the mold cavity. 5. A method as defined in claim 4 further comprising the step of blow-molding the preform web structure in the blow-molding cavity to form a bottle having a predetermined rotational orientation with the fitment.